All specifications are subject to change without notice. The latest specifications are available at

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2 ISO 9001 Quality and ISO Environmental Management Kathrein-Scala is an ISO 9001 and ISO certified company and is in voluntary compliance with EU Directive EC for Reduction of Hazardous Substances (RoHS). Order Information Address: Kathrein Inc., Scala Division P.O. Box 4580 Medford, OR USA Phone: (541) Fax: Web site: (800) (toll-free in USA and Canada only) (541) Catalogs are available for the following: MHz MHz A CD-ROM is also available containing both catalogs plus additional technical information. Website Kathrein-Scala s Website may be found at The Website features complete product data sheets in viewable and downloadable Acrobat files, news and general information about Kathrein, information on new additions to our product line, and more. Sign up for Kathrein-Scala s news bulletin, request catalogs and CD-ROM s, and inquire about special or custom products. Check the Website for the most up-to-date specifications and radiation patterns. All specifications are subject to change without notice. The latest specifications are available at Copyright 12 by Kathrein Inc., Scala Division. All rights reserved. The contents of this book may not be reproduced in whole or in part in any manner without the expressed approval of Kathrein Inc., Scala Division. Kathrein Inc., Scala Division, Kathrein, Scala, and Paraflector are registered trademarks of Kathrein Inc., Scala Division. C4 Smith Chart is a registered trademark of Analog Instruments Company used with permission.

3 Company Profile Kathrein Inc., Scala Division, is a leading manufacturer of professional antenna and filter systems for communications and broadcasting, serving commercial and governmental markets throughout North America and the Caribbean region. The company is a member of the Kathrein Group, the world s oldest and largest source of professional antenna and filter products for communication and broadcast applications. Kathrein-Scala is ISO9001-certified for quality standards and systems and ISO14001-certified for environmental standards and is in voluntary compliance with EU Directive EC for Reduction of Hazardous Substances (RoHS). The company has been producing lead-free products since May of 06. Our product groups include professional antennas, RF filters, and accessories for a wide range of applications, including: l Wireless mobile communications l TV and FM Broadcasting l Wireless Internet l Point-to-point and point-to-multipoint data and control networks l Land-mobile radio communications systems of all types Scala Electronic Corporation was founded in California in 1954 and operated there until 1979 when operations were moved from the San Francisco area to Medford, Oregon. In 1985, Scala began its alliance with the Kathrein Group of companies, the worldwide leader in professional antenna systems, by distributing certain Kathrein antennas for the emerging cellular market. Since then, Scala has been fully integrated into the Kathrein Group. In addition to its own designs, the company builds antennas having their origins at Kathrein, but have been redeveloped for the North American marketplace. With Kathrein firmly positioned as the world s oldest and largest source of antenna and filter products for wireless communications and broadcast technology, it made good sense to align Scala with that visibility and the company became Kathrein Inc., Scala Division on January 1, 00. In Kathrein-Scala opened a second facility in Richmond Virginia to better serve our customers in the eastern region of the country. Over the last six decades Kathrein Inc., Scala Division has earned a reputation for products and service of the highest quality as well as fair and ethical business practices and we remain dedicated to these principles. Through our full integration into the Kathrein Group we are able to draw on greater resources and expand our range of products and services while maintaining the traditional Scala service and quality which our customers have come to expect. i

4 Model Number List Model Alternate Model Number Page Omnidirectional Antennas GPB-150N...VHF High Band Groundplane Omni Antenna MHz Omni Antenna MHz OGB8-460D...Omni Antenna MHz Omni Antenna MHz OGB5-455N...Omni Antenna MHz OGB5-41D...Omni Antenna MHz OGB8-41D...Omni Antenna MHz UBO-400N...Omni Antenna MHz Omni Antenna MHz Omni Antenna 4 40 MHz Omni Antenna MHz Omni Antenna MHz Omni Antenna MHz Omni Antenna MHz GP-0U...K Omni Antenna MHz.... GPB-150N VHF High Band Groundplane Omni Antenna MHz....7 K GP-0U...Omni Antenna MHz.... K VHF Low Band Groundplane Omni Antenna MHz...5 K VHF Low Band Groundplane Omni Antenna MHz....5 K OGB VHF High Band Omni Antenna MHz K OGB VHF High Band Omni Antenna MHz K VHF High Band Omni Antenna MHz K UBO-150N...VHF High Band Omni Antenna MHz....9 K UBO-160N...VHF High Band Omni Antenna MHz....9 K UBO-170N...VHF High Band Omni Antenna MHz....9 K UBO-450N...Omni Antenna MHz....1 K Omni Antenna MHz....1 K Omni Antenna MHz....1 K OGB-90D...Omni Antenna MHz K Omni Antenna MHz.... K Omni Antenna MHz.... K Omni Antenna MHz.... K OGB5-90D...Omni Antenna MHz OGB-90D...K Omni Antenna MHz OGB K VHF High Band Omni Antenna MHz OGB K VHF High Band Omni Antenna MHz OGB5-90D...K Omni Antenna MHz OGB5-41D Omni Antenna MHz OGB5-455N Omni Antenna MHz....7 OGB8-41D Omni Antenna MHz OGB8-460D Omni Antenna MHz....9 UBO-150N...K VHF High Band Omni Antenna MHz....9 UBO-160N...K VHF High Band Omni Antenna MHz....9 UBO-170N...K VHF High Band Omni Antenna MHz....9 UBO-400N Omni Antenna MHz...1 UBO-450N...K Omni Antenna MHz....1 Panel Antennas BPV7-40/1D...12 V-Pol UHF Mobile Panel Antenna MHz BPV D V-Pol UHF Mobile Panel Antenna MHz BPV D V-Pol UHF Mobile Panel Antenna MHz BP XP...65 X-Pol UHF Mobile Panel Antenna MHz BP XP...65 X-Pol UHF Mobile Panel Antenna MHz X-Pol UHF Mobile Panel Antenna MHz X-Pol UHF Mobile Panel Antenna MHz X-Pol UHF Mobile Panel Antenna MHz V-Pol UHF Mobile Panel Antenna MHz V-Pol UHF Mobile Panel Antenna MHz V-Pol UHF Mobile Panel Antenna MHz BP XP X-Pol UHF Mobile Panel Antenna MHz...57 BP XP X-Pol UHF Mobile Panel Antenna MHz...6 BPHD K VHF High Band Panel Antenna MHz...45 ii

5 Model Number List Model Alternate Model Number Page Panel Antennas (continued) BPV D V-Pol UHF Mobile Panel Antenna MHz BPV7-40/1D V-Pol UHF Mobile Panel Antenna MHz BPV7-450/06N...K UHF Mobile Panel Antenna MHz...7 BPV D V-Pol UHF Mobile Panel Antenna MHz....5 K BPHD VHF High Band Panel Antenna MHz...45 K BPV7-450/06N...UHF Mobile Panel Antenna MHz...7 Other Directional Antennas UHF Mobile Log-Periodic Antenna 90 5 MHz UHF Dipole Antenna MHz CA2-75/160...VHF Low Band Dipole Antenna MHz...8 CA UHF Mobile Yagi Antenna 216 to 98 MHz... CA UHF Mobile Yagi Antenna 400 to 512 MHz CA UHF Mobile Yagi Antenna MHz....1 CA6-....UHF Mobile Yagi Antenna 225 MHz....1 CA UHF Mobile Yagi Antenna MHz CA UHF Mobile Yagi Antenna MHz CA UHF Mobile Yagi Antenna MHz CA UHF Mobile Yagi Antenna MHz CA UHF Mobile Yagi Antenna MHz CDV VHF High Band Dipole Antenna MHz CL6-440N....UHF Mobile Log-Periodic Antenna MHz CL6-440T...UHF Mobile Log-Periodic Antenna MHz CL6-450B....UHF Mobile Log-Periodic Antenna MHz...12 CL7-150/HCM...VHF Mobile Log-Periodic Antenna MHz...97 CL7-150/URM...VHF Mobile Log-Periodic Antenna MHz...97 CL UHF Mobile Log-Periodic Antenna MHz...5 CR N....K UHF Mobile Corner Reflector Antenna MHz...9 HDB K VHF High Band Dipole Antenna MHz....9 HDB K UHF Mobile Dipole Antenna MHz K VHF High Band Yagi Antenna MHz K VHF Low Band Yagi Antenna MHz K VHF High Band Yagi Antenna MHz K VHF High Band Yagi Antenna MHz K VHF Low Band Yagi Antenna MHz...77 K VHF Low Band Yagi Antenna MHz K VHF Low Band Dipole Antenna MHz K VHF High Band Dipole Antenna MHz....9 K HDB VHF High Band Dipole Antenna MHz....9 K LP UHF Mobile Log-Periodic Antenna MHz K UHF Mobile Log-Periodic Antenna MHz K CR N...UHF Mobile Corner Reflector Antenna MHz...9 K HDB UHF Mobile Dipole Antenna MHz LP K UHF Mobile Log-Periodic Antenna MHz PR-4....UHF Mobile Paraflector Antenna MHz...7 PR UHF Mobile Paraflector Antenna MHz...7 PR UHF Mobile Paraflector Antenna MHz...7 PR UHF Mobile Paraflector Antenna MHz...7 PR UHF Mobile Paraflector Antenna MHz...7 RA5-400B...UHF Mobile Radome Protected Yagi Antenna 406 to 512 MHz YA VHF High Band Yagi Antenna MHz YA VHF High Band Yagi Antenna MHz Indoor Antenna Omni Indoor Antenna MHz Omni Indoor Antenna MHz Omni Indoor Antenna MHz Directional Indoor Antenna MHz Directional Indoor Antenna MHz Omni Indoor Antenna MHz Omni Indoor Antenna MHz Directional Indoor Antenna MHz iii

6 Model Number List Model Alternate Model Number Page Accessories K Way RF Power Divider MHz K Way RF Power Divider MHz K Way RF Power Divider MHz K Way RF Power Divider MHz K PD2-LLN...2-Way Power Divider MHz...14 K PD2-LHD...2-Way Power Divider MHz...14 K PD-LLN...-Way Power Divider MHz...14 K PD-LHD...-Way Power Divider MHz...14 K PD4-LLN...4-Way Power Divider MHz...14 K PD4-LHD...4-Way Power Divider MHz...14 PD2-LHD...K Way Power Divider MHz...19 PD2-LLN...K Way Power Divider MHz...19 PD-LHD...K Way Power Divider MHz...19 PD-LLN...K Way Power Divider MHz...19 PD4-LHD...K Way Power Divider MHz...19 PD4-LLN...K Way Power Divider MHz...19 PDL2-55/ Way RF Power Divider MHz PDL-/50...-Way RF Power Divider MHz PDL4-2222/ Way RF Power Divider MHz PDM2-55/ Way RF Power Divider MHz PDM-/ Way RF Power Divider MHz PDM4-2222/ Way RF Power Divider MHz Technical Information Title Page Technical Information Advanced X-Pol Antenna Standards Calculating Downtilt Calculating HPBW Touchdown Point Comparison of Mechanical and Electrical Downtilt Directional Antenna In Front Of Reflecting Surfaces Dual Polarized Base Station Antenna For Polarization Diversity Systems Engineering Reference - Equations Formula For Estimating Gain For A Standard Directional Dipole Array Using The E & H Plane Patterns Glossary Isolation Between Dipoles Panel Antenna Array Patterns Panel Antenna Test Specifications Radiation Patterns For Side-Mounted Omnidirectional Antenna Signal Distribution Of Power Splitters Signal Distribution Of Power Taps Wind Survival Rating iv

7 Omnidirectional Antennas Kathrein Scala Division offers a wide range of omnidirectional antennas for professional fixed-station applications in the 27 to 512 MHz spectrum. These antennas all feature superior electrical and mechanical designs for optimum system performance and reliability. For assistance in selecting the best antenna for your specific requirements, feel free to contact Kathrein Scala Division Sales Engineering. Frequency Gain Model Alternate Page Range (dbi) Number Model Number Number MHz MHz K GP-0U MHz K MHz K MHz GPB-150N MHz K UBO-150N MHz K UBO-160N MHz K UBO-170N MHz K OGB MHz K OGB MHz K MHz UBO-400N MHz K UBO-450N MHz K OGB-90D MHz MHz K OGB5-90D MHz MHz MHz MHz OGB5-41D MHz OGB8-41D MHz K MHz K MHz K MHz K MHz K MHz MHz MHz OGB5-455N MHz OGB8-460D MHz

8 Omnidirectional Antennas Model Alternate Frequency Gain Page Number Model Number Range (dbi) Number GPB-150N MHz MHz OGB8-460D MHz MHz OGB5-455N MHz OGB5-41D MHz OGB8-41D MHz UBO-400N MHz MHz MHz MHz MHz MHz MHz K GP-0U MHz K MHz K MHz K OGB MHz K OGB MHz K MHz K UBO-150N MHz K UBO-160N MHz K UBO-170N MHz K UBO-450N MHz K MHz K MHz K OGB-90D MHz K MHz K MHz K MHz K OGB5-90D MHz

9 The Kathrein K and omnidirectional groundplane antennas are intended for use in professional fixed-station applications in the MHz band. They feature: Variable mounting configurations allow feeder cable to be run inside or outside the support pipe. Easy assembly. All metal parts at DC ground potential. Stainless steel hardware and fastenings. Fiberglass element construction. Specifications: Frequency range 27 to 61 MHz (specify frequency) Gain 2 dbi Impedance 50 ohms VSWR See charts below Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 78 degrees Connector K UHF female N female Weight.5 lb (1.6 kg) Dimensions radiating element 98.8 inches (25 mm) (maximum) ground radials 98.8 inches (25 mm) (maximum) Wind load at 9 mph (150kph) 27 lbf (1 N) Wind survival rating* 84 mph (15 kph) Shipping dimensions 6.5 x 5.4 x.9 inches (2704 x 16 x 0 mm) Shipping weight 8 lb (.6 kg) Mounting Mounting hardware supplied. A. Mounting for 0.8 to 2.2 inch ( to 54 mm) OD mast. B. Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast. Antenna with UHF connector K Antenna with N connector Omnidirectional Antenna 27 to 61 MHz * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization 216-E /b /a E-plane Vertical pattern V-polarization [email protected] Internet:

10 Antenna with UHF connector K Antenna with N connector Omnidirectional Antenna 27 to 61 MHz A B 98.8 inches (25 mm) (maximum) 98.8 inches (25 mm) (maximum) Mounting Options: A B Mounting for 0.8 to 2.2 inch ( to 54 mm) OD mast Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast Order Information: Model K to 61 MHz Antenna with UHF connector to 61 MHz Antenna with N connector K Spare radials All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

11 The Kathrein K and K omnidirectional groundplane antennas are intended for use in professional fixed-station applications in the 68 to 87.5 MHz band. They feature: l Stainless steel radiator with fiberglass reinforced radials. l Excellent bandwidth, broadband over or MHz. l Variable mounting configurations allow feeder cable to be run inside or outside the support pipe. l Easy assembly. l All metal parts at DC ground potential. l Stainless steel hardware and fastenings MHz Antenna with N connector K MHz Antenna with N connector K Omnidirectional Antenna 68 to 87.5 MHz Specifications: K K Frequency range MHz MHz Gain 2 dbi 2 dbi Impedance 50 ohms 50 ohms VSWR <1.5:1 <1.5:1 Polarization Vertical Vertical Maximum input power 75 watts (at 5C) 75 watts (at 5C) H-plane beamwidth Omni Omni E-plane beamwidth 78 degrees (half-power) 78 degrees (half-power) Connector N female N female Weight 4 lb (1.8 kg).5 lb (1.6 kg) Dimensions radiating element 29.4 inches (747 mm) 26.8 inches (680 mm) ground radials 41.5 inches (5 mm) 8.2 inches (970 mm) Wind load at 9 mph (150kph) at 9 mph (150kph) 16 lbf (70 N) 15 lbf (65 N) Wind survival rating* 1 mph (0 kph) 1 mph (0 kph) Shipping dimensions 4 x 5 x 5 inches 4 x 5 x 5 inches (1114 x 12 x 112 mm) (1114 x 12 x 112 mm) Shipping weight 6 lb (2.8 kg) 5.7 lb (2.6 kg) Mounting Mounting hardware supplied Mounting hardware supplied A. Mounting for 0.8 to 1.6 inch ( to 40 mm) OD mast. B. Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization E /b [email protected] Internet: 5

12 68 80 MHz Antenna with N connector K MHz Antenna with N connector K Omnidirectional Antenna 68 to 87.5 MHz A Radiator Radial B Dimensions K K Radiator 29.4 inches (747 mm) 26.8 inches (680 mm) Radials 41.5 inches (5 mm) 8.2 inches (970 mm) Mounting Options: A B Mounting for 0.8 to 1.6 inch ( to 40 mm) OD mast Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast Order Information: Model K MHz Antenna with N connector K MHz Antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

13 Omni Antenna with N connector Omnidirectional Antenna MHz The Kathrein omnidirectional groundplane antenna is intended for use in professional fixed-station applications in the MHz band. It features: l A design based on decades of proven reliability. l Variable mounting configurations allow feeder cable to be run inside or outside the support pipe. l Entire antenna at DC ground potential. l Stainless steel ground radials,hardware, and fastenings. Specifications: Frequency range MHz Gain 2 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Maximum input power 700 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 78 degrees (half-power) Connector N female Weight 2.6 lb (1.2 kg) Dimensions radiating element 16.6 inches (422 mm) ground radials 24. inches (617 mm) Wind load at 9 mph (150kph) 6 lbf (25 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 25.7 x 4.4 x.8 inches (654 x 112 x 97 mm) Shipping weight 4 lb (1.9 kg) Mounting For masts of 0.8 to 2.1 inches ( to 54 mm) OD. See reverse for order information. H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. E-plane Vertical pattern V-polarization 2-D /b [email protected] Internet: 7

14 Omni Antenna with N connector Omnidirectional Antenna MHz A 24. inches (617 mm) 16.6 inches (422 mm) B Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 1.6 inch ( to 40 mm) OD mast Order Information: Model Omni Antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

15 The Kathrein Scala Division K55262n-Series of omnidirectional broadband antennas is intended for use in professional fixed-station applications in the MHz band. They feature: l Unity gain. l Variable mounting configurations. l Alodined aluminum construction. l Inner conductor and all metal parts at DC ground potential. l Cast aluminum base. l Stainless steel hardware and fastenings MHz Omni antenna K MHz Omni antenna K MHz Omni antenna K Omnidirectional Antenna 146 to 174 MHz Specifications: Frequency range K MHz K MHz K MHz Gain 2 dbi Impedance 50 ohms VSWR <1.4:1 Polarization Vertical Maximum input power 10 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 78 degrees (half-power) Connector Connects to RG-21/U cable via terminals inside antenna. Customer supplied jumper required. Weight 2.9 lb (1. kg) Height K inches (85 mm) K inches (42 mm) K inches (99 mm) Diameter 1.4 inches (5 mm) Wind load at 9 mph (150kph) 6 lbf (25 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 49.4 x 4.4 x.8 inches (1254 x 112 x 97 mm) Shipping weight 6 lb (2.8 kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.2 inch ( to 54 mm) OD mast. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 218-D /a [email protected] Internet: 9

16 MHz Omni antenna K MHz Omni antenna K MHz Omni antenna K Omnidirectional Antenna 146 to 174 MHz A B 9.1 to 42.7 inches (99 to 85 mm) Mounting Options: A B Mounting for 1.6 to 2.2 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.2 inch ( to 54 mm) OD mast Cable connection Loosen the set screw and slide the decoupling sleeve toward the antenna base to access the cable connection. Order Information: Model K K K MHz Omni antenna MHz Omni antenna MHz Omni antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

17 The Kathrein K55162n1 series are omnidirectional broadband antennas are intended for use in professional fixed-station applications in the 146 to 174 MHz band. They feature: l Collinear broadband design. l Brass radiator completely housed within radome. l Heavy duty one piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Integral cast aluminum base. l Stainless steel hardware and fastenings MHz Omni Antenna with N connector K MHz Omni Antenna with N connector K MHz Omni Antenna with N connector K Omnidirectional Antenna 146 to 174 MHz Specifications: Frequency range Weight Height Wind load Shipping dimensions Frequency range Weight Height Wind load Shipping dimensions Frequency range Weight Height Wind load Shipping dimensions K MHz 15.5 lb (7 kg) inches (4780 mm) at 9 mph (150kph) 50 lbf (2 N) x 6. x 6. inches (4850 x 160 x 160 mm) K MHz 14.5 lb (6.5 kg) 178. inches (450 mm) at 9 mph (150kph) 48 lbf (2 N) x 6. x 6.6 inches (4600 x 160 x 160 mm) K MHz 14.5 lb (6.5 kg) 168. inches (4275 mm) at 9 mph (150kph) 50 lbf (2 N) 171. x 6. x 6. inches (450 x 160 x 160 mm) H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization General Specifications: Gain 6 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 21 degrees (half-power) Connector N female Radome diameter inches (0 52 mm) Wind survival rating* 90 mph (150 kph) Shipping weight 27 lb (12.2 kg) Mounting Mounting hardware supplied. A. Mounting for 2.6 to inch (65 to 5 mm) OD mast. B. Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 222-D /a [email protected] Internet: 11

18 MHz Omni Antenna with N connector K MHz Omni Antenna with N connector K MHz Omni Antenna with N connector K A Omnidirectional Antenna 146 to 174 MHz B to inches (4275 to 4780 mm) to 19.9 inches (4421 to 4926 mm) Mounting Options: A B Mounting for 2.6 to inch (65 to 5 mm) OD mast Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast Order Information: Model K MHz Omni Antenna with N connector K MHz Omni Antenna with N connector K MHz Omni Antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

19 70 40 MHz Omni antenna with N connector MHz Omni antenna with N connector K Omnidirectional Antenna These Kathrein omnidirectional broadband antennas are intended for use in professional fixed-station applications in the 70 to 470 MHz bands. They feature: l Unity gain. l Broadband design. l Copper and brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings H-plane Horizontal pattern V-polarization Specifications: K Frequency range MHz MHz Gain 2 dbi 2 dbi Impedance 50 ohms 50 ohms Intermodulation (2x5w) M:< -150 dbc M:< -150 dbc VSWR < 1.6:1 (70 80 MHz) < 1.5:1 < 1.5:1 (80 40 MHz) Polarization Vertical Vertical Maximum input power 0 watts (at 5C) 0 watts (at 5C) H-plane beamwidth Omni Omni E-plane beamwidth 78 degrees 78 degrees Connector N female N female Weight 2.2 lb (1 kg) 1.8 lb (0.8 kg) Height 21.9 inches (555 mm). inches (515 mm) Radome diameter 0.8 inches (21 mm) 0.8 inches (21 mm) Wind load at 9 mph (150kph) at 9 mph (150kph) 5 lbf ( N) 5 lbf ( N) Wind survival rating* 1 mph (0 kph) 1 mph (0 kph) Shipping dimensions 25.7 x 4.4 x.8 inches 25.7 x 4.4 x.8 inches (654 x 112 x 97 mm) (654 x 112 x 97 mm) Shipping weight 4.4 lb (2 kg) 4 lb (1.8 kg) Mounting For masts of 0.8 to 2.1 inch For masts of 0.8 to 2.1 inch ( to 54 mm) OD. ( to 54 mm) OD. See order information on reverse E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 099-H 96.07/f [email protected] Internet: 1

20 70 40 MHz Omni antenna with N connector MHz Omni antenna with N connector K Omnidirectional Antenna A B C D Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast K C 21.9 inches (555 mm). inches (515 mm) D 24.8 inches (629 mm) 2.2 inches (589 mm) Order Information: Model MHz Omni antenna with N connector K MHz Omni antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

21 Antenna with 7-16 DIN female connector K75157 Omnidirectional Antenna MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Proven, solid construction, with special attention directed towards the custom fiberglass radome which provides superior stiffness and low tip deflection at wind velocities of up to 1 mph. l Superior electrical performance, with low VSWR, wide bandwidth, flat frequency response, and extremely low intermodulation products. l Excellent DC grounding from the solid metal tip to the base. l Simple, integrated mast attachment system, consists of only two V-bolts, which connect directly to the base H-plane Horizontal pattern V-polarization Specifications: Frequency range MHz Gain 5 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization Vertical Maximum input power 500 watts (at 5 C) H-plane beamwidth Omni E-plane beamwidth 0 degrees (half power) Connector 7-16 DIN female Weight 12.1 lb (5.5 kg) Height 6.5 inches (1612 mm) Radome diameter 2 inches (51 mm) Wind load at 9 mph (150kph) 2 lbf (140 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 7.9 x 8.1 x 6 inches (1878 x 6 x 152 mm) Shipping weight 15 lb (6.8 kg) Mounting For masts of 2 to.7 inch (50 to 94 mm) OD. See reverse for order information E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 571-D /e [email protected] Internet: 15

22 Antenna with 7-16 DIN female connector K75157 Omnidirectional Antenna MHz 72.5 inches (1842 mm) 6.5 inches (1612 mm) Mounting Mounting Mounting for 2 to.7 inch (50 to 94 mm) OD mast Order Information: Model K75157 Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

23 Omnidirectional Antenna MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Proven, solid construction, with special attention directed towards the custom fiberglass radome which provides superior stiffness and low tip deflection at wind velocities of up to 1 mph. l Superior electrical performance, with low VSWR, wide bandwidth, flat frequency response, and extremely low intermodulation products. l Excellent DC grounding from the solid metal tip to the base H-plane Horizontal pattern V-polarization l Simple, integrated mast attachment system, consists of only two V-bolts, which connect directly to the base. 0 Specifications: Frequency range MHz Gain 7.5 dbi Impedance 50 ohms Intermodulation (2xw) IM: < -150 dbc VSWR < 1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 14 degrees (half power) Electrical downtilt 8.5 degrees Connector 7-16 DIN female Weight 17.6 lb (8 kg) Height inches (282 mm) Radome diameter 2 inches (51 mm) Wind load at 9 mph (150kph) 52 lbf ( N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 10.6 x 5.8 x 4.4 inches (550 x 148 x 112 mm) Mounting For masts of 2 to.7 inch (50 to 94 mm) OD. See reverse for order information E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 877-C /b [email protected] Internet: 17

24 Omnidirectional Antenna MHz 18. inches (512 mm) inches (282 mm) Mounting Mounting Mounting for 2 to.7 inch (50 to 94 mm) OD mast Order Information: Model Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

25 Antenna with 7-16 DIN female connector K75167 Omnidirectional Antenna MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Proven, solid construction, with special attention directed towards the custom fiberglass radome which provides superior stiffness and low tip deflection at wind velocities of up to 1 mph. l Superior electrical performance, with low VSWR, wide bandwidth, flat frequency response, and extremely low intermodulation products. l Excellent DC grounding from the solid metal tip to the base H-plane Horizontal pattern V-polarization l Simple, integrated mast attachment system, consists of only two V-bolts, which connect directly to the base. 0 Specifications: Frequency range MHz Gain 7.5 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: < -150 dbc Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 17 degrees (half power) Connector 7-16 DIN female Weight 17.6 lb (8 kg) Height inches (2840 mm) Radome diameter 2 inches (51 mm) Wind load at 9 mph (150kph) 45 lbf (0 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 10.6 x 5.8 x 4.4 inches (16 x 148 x 112 mm) Shipping weight 22 lb ( kg) Mounting For masts of 2 to.7 inch (50 to 94 mm) OD E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 570-G /h [email protected] Internet: 19

26 Antenna with 7-16 DIN female connector K75167 Omnidirectional Antenna MHz 1.9 inches (070 mm) inches (2840 mm) Mounting Mounting Mounting for 2 to.7 inch (50 to 94 mm) OD mast Order Information: Model K75167 Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

27 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz The Kathrein omnidirectional broadband antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings H-plane Horizontal pattern V-polarization Specifications: Frequency range MHz Gain 7 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: < -150 dbc Polarization Vertical Maximum input power 0 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 18 degrees (half power) Connector 7-16 DIN female Weight 4.2 lb (1.9 kg) Height 82.8 inches (24 mm) Radome diameter 0.8 inches (21 mm) Wind load at 9 mph (150kph) 14 lbf (60 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 87.6 x 4.4 x.8 inches (2226 x 112 x 97 mm) Shipping weight 8.4 lb (.8 kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 158-C 96.1/a [email protected] Internet: 21

28 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz A 82.8 inches (24 mm) B 85.8 inches (2180 mm) Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Order Information: Model Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

29 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Proven, solid construction, with special attention directed towards the custom fiberglass radome which provides superior stiffness and low tip deflection at wind velocities of up to 1 mph. l Superior electrical performance, with low VSWR, wide bandwidth, flat frequency response, and extremely low intermodulation products. l Excellent DC grounding from the solid metal tip to the base H-plane Horizontal pattern V-polarization l Simple, integrated mast attachment system, consists of only two V-bolts, which connect directly to the base. Specifications: Frequency range MHz Gain 8 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: < -150 dbc Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 14 degrees (half power) Electrical downtilt 5 degrees Connector 7-16 DIN female Weight 18.7 lb (8.5 kg) Height inches (282 mm) Radome diameter 2 inches (51 mm) Wind load at 9 mph (150kph) 52 lbf ( N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 19.8 x 5.8 x 4.4 inches (550 x 148 x 112 mm) Shipping weight 2.1 lb (.5 kg) Mounting For masts of 2 to.7 inch (50 to 94 mm) OD E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in EIA-222-F (June 1996) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 162-C /b [email protected] Internet: 2

30 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz 18. inches (512 mm) inches (282 mm) Mounting Mounting Mounting for 2 to.7 inch (50 to 94 mm) OD mast Order Information: Model Antenna with 7/16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

31 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings. Specifications: Frequency range MHz Gain 5 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: < -150 dbc Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 0 degrees (half power) Connector 7-16 DIN female Weight. lb (1.5 kg) Height 54.6 inches (186 mm) Radome diameter 0.8 inches (21 mm) Wind load at 9 mph (150kph) lbf (4 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 59.7 x 4.4 x.8 inches (1516 x 112 x 97 mm) Shipping weight 5.9 lb (2.7 kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization 9 * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 159-C [email protected] Internet: 25

32 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz A 54.6 inches (186 mm) B 57.6 inches (1462 mm) Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Order Information: Model Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

33 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz The Kathrein omnidirectional broadband antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings H-plane Horizontal pattern V-polarization Specifications: Frequency range MHz Gain 7 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 18 degrees (half power) Connector 7-16 DIN female Weight.5 lb (1.6 kg) Height 79.4 inches (16 mm) Radome diameter 0.8 inches (21 mm) Wind load at 9 mph (150kph) 14 lbf (60 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 8.6 x 4.4 x.8 inches (2124 x 112 x 97 mm) Shipping weight 8 lb (.6 kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 154-B 96.72/b [email protected] Internet: 27

34 Antenna with 7-16 DIN female connector Omnidirectional Antenna MHz A 79.4 inches (16 mm) B 82.4 inches (92 mm) Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Order Information: Model Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

35 The Kathrein omnidirectional broadband antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Collinear broadband design. l Brass radiator completely housed within radome. l Heavy-duty one-piece tapered fiberglass radome. l Inner conductor, and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings. Antenna with 7-16 DIN connector Omnidirectional Antenna MHz Specifications: Frequency range MHz Gain dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 8 degrees (half-power) Connector 7-16 DIN female Electrical downtilt See chart below Weight 15.4 lb (7 kg) Height inches (440 mm) Radome diameter 1.2 to 2 inches (0 to 52 mm) (tapered) Wind load at 9 mph (150kph) 54 lbf (240 N) Wind survival rating* 90 mph (150 kph) Shipping dimensions x 7.8 x 6 inches (4600 x 198 x 152 mm) Shipping weight 24 lb (.9 kg) Mounting Mounting hardware supplied. A. Mounting for 2.6 to inch (65 to 5 mm) OD mast. B. Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 789-B 96408/d [email protected] Internet: 29

36 Antenna with 7-16 DIN connector Omnidirectional Antenna MHz A B inches (440 mm) inches (4577 mm) Mounting Options: A B Mounting for 2.6 to inch (65 to 5 mm) OD mast Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast Order Information: Model Antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

37 MHz Antenna K MHz Antenna K Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings Omnidirectional Antenna 406 to 470 MHz H-plane Horizontal pattern V-polarization General Specifications: Gain 5 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 55 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 0 degrees (half power) Connector N female Weight 2.6 lb (1.2 kg) Radome diameter 0.8 inches (21 mm) Wind survival rating* 1 mph (0 kph) Shipping weight 5 lb (2. kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast K E-plane Vertical pattern V-polarization Specifications: K K Frequency range MHz MHz Height 50.1 inches (127 mm) 45 inches (1144 mm) Wind load at 9 mph (150kph) at 9 mph (150kph) 9 lbf (40 N) 8 lbf (5 N) Shipping dimensions 5.1 x 4. x.9 inches 49.2 x 4. x.9 inches (150 x 1 x 0 mm) (1250 x 1 x 0 mm) K E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 165-B 96.07/a [email protected] Internet: 1

38 MHz Antenna K MHz Antenna K Omnidirectional Antenna 406 to 470 MHz A B A B Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Dimensions: K K A 50.1 inches (127 mm) 45 inches (1144 mm) B 5 inches (145 mm) 47.9 inches (1216 mm) Order Information: Model K K MHz Antenna MHz Antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

39 Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings H-plane Horizontal pattern V-polarization MHz Antenna K MHz Antenna K MHz Antenna K Omnidirectional Antenna 406 to 470 MHz General Specifications: Gain 7 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 70 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 18 degrees (half power) Connector N female) Radome diameter 0.8 inches (21 mm) Wind survival rating* 1 mph (0 kph) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.2 inch (40 to 56 mm) OD mast. B. Mounting for 0.8 to 2.2 inch ( to 56 mm) OD mast E-plane Vertical pattern V-polarization Specifications: K K K Frequency range MHz MHz MHz Height 79.5 inches ( mm) 77.2 inches (1960 mm) 7.6 inches (1870 mm) Wind load at 9 mph (150kph) at 9 mph (150kph) at 9 mph (150kph) 14 lbf (61 N) 14 lbf (59 N) 1 lbf (56 N) Weight.5 lb (1.6 kg).4 lb (1.55 kg). lb (1.5 kg) Shipping dimensions 82.7 x 4. x.9 inches 82.7 x 4. x.9 inches 82.7 x 4. x.9 inches ( x 1 x 0 mm) ( x 1 x 0 mm) ( x 1 x 0 mm) Shipping weight 7.9 lb (.6 kg) 7.8 lb (.55 kg) 7.7 lb (.5 kg) * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details B [email protected] Internet:

40 MHz Antenna K MHz Antenna K MHz Antenna K Omnidirectional Antenna 406 to 470 MHz A B A B Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Dimensions: K K K A 79.5 inches 77.2 inches 7.6 inches ( mm) (1960 mm) (1870 mm) B 82.4 inches 80 inches 76.5 inches (92 mm) (2 mm) (1942 mm) Order Information: Model K K K MHz Antenna MHz Antenna MHz Antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

41 Antenna with 7-16 DIN female connector Omnidirectional Antenna 4 40 MHz Kathrein's omnidirectional antennas incorporate the quality design and attention to detail that have established our entire line of professional base station antennas as industry leaders. These antennas feature: l Proven, solid construction, with special attention directed towards the custom fiberglass radome which provides superior stiffness and low tip deflection at wind velocities of up to 1 mph. l Superior electrical performance, with low VSWR, wide bandwidth, flat frequency response, and extremely low intermodulation products. l Excellent DC grounding from the solid metal tip to the base. l Simple, integrated mast attachment system, consists of only two V-bolts, which connect directly to the base H-plane Horizontal pattern V-polarization Specifications: Frequency range 4 40 MHz Gain 8 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization Vertical Maximum input power 500 watts (at 5 C) H-plane beamwidth Omni E-plane beamwidth 14 degrees (half power) Electrical downtilt 8.5 degrees Connector 7-16 DIN female Weight 17.6 lb (8 kg) Height inches (114 mm) Radome diameter 2 inches (51 mm) Wind load at 9 mph (150kph) 50 lbf (2 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 12.9 x 7.7 x 4 inches (76 x 196 x 2 mm) Mounting For masts of 2 to.7 inch (50 to 94 mm) OD. See reverse for order information E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 874-B /c [email protected] Internet: 5

42 Antenna with 7-16 DIN female connector Omnidirectional Antenna 4 40 MHz 11.7 inches (44 mm) inches (114 mm) Mounting Mounting Mounting for 2 to.7 inch (50 to 94 mm) OD mast Order Information: Model Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

43 The Kathrein and omnidirectional broadband antennas are intended for use in professional fixed-station applications in the MHz band. They feature: l Collinear broadband design. l Brass radiator assembly completely housed within the radome. l Heavy-duty one-piece fiberglass radome. l Inner conductor and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings. Antenna with N female connector Antenna with 7-16 DIN female connector H-plane Horizontal pattern V-polarization 0 18 Omnidirectional Antenna 440 to 470 MHz Specifications: Frequency range MHz Gain 7 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 18 degrees (half power) Connector N female DIN female Weight.5 lb (1.6 kg) Height 79.4 inches (16 mm) Radome diameter 0.8 inches (21 mm) Wind load at 9 mph (150kph) 14 lbf (60 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 8.6 x 4.4 x.8 inches (2124 x 112 x 97 mm) Shipping weight 8 lb (.6 kg) Mounting Mounting hardware supplied. A. Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast. B. Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 1-E 96.72/b [email protected] Internet: 7

44 Antenna with N female connector Antenna with 7-16 DIN female connector Omnidirectional Antenna 440 to 470 MHz A 79.4 inches (16 mm) B 82.4 inches (92 mm) Mounting Options: A B Mounting for 1.6 to 2.1 inch (40 to 54 mm) OD mast Mounting for 0.8 to 2.1 inch ( to 54 mm) OD mast Order Information: Model Antenna with N female connector Antenna with 7-16 DIN female connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

45 The Kathrein omnidirectional broadband antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Collinear broadband design. l Brass radiator completely housed within radome. l Heavy-duty one-piece tapered fiberglass radome. l Inner conductor, and all metal parts at DC ground potential. l Extreme weather survival design. l Integral cast aluminum base. l Stainless steel hardware and fastenings. Antenna with 7-16 DIN connector Omnidirectional Antenna MHz Specifications: Frequency range MHz Gain dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 8 degrees (half-power) Connector 7-16 DIN female Electrical downtilt See chart below Weight 14. lb (6.5 kg) Height inches (4175 mm) Radome diameter 1.2 to 2 inches (0 to 52 mm) (tapered) Wind load at 9 mph (150kph) 52 lbf ( N) Wind survival rating* 90 mph (150 kph) Shipping dimensions x 7.8 x 6 inches (4600 x 198 x 152 mm) Shipping weight 22.9 lb (.4 kg) Mounting Mounting hardware supplied. A. Mounting for 2.6 to inch (65 to 5 mm) OD mast. B. Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. -G 96408/d [email protected] Internet: 9

46 Antenna with 7-16 DIN connector Omnidirectional Antenna MHz A B inches (4175 mm) inches (422 mm) Mounting Options: A B Mounting for 2.6 to inch (65 to 5 mm) OD mast Mounting for 1.2 to.5 inch (0 to 90 mm) OD mast Order Information: Model Antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

47 Antenna with 7-16 DIN connector Omnidirectional Antenna MHz Specifications: Frequency range MHz Gain 8.5 dbi Impedance 50 ohms VSWR < 1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization Vertical Maximum input power 500 watts (at 5C) H-plane beamwidth Omni E-plane beamwidth 12 degrees (half-power) Connector 7-16 DIN female Weight 17.6 lb (8 kg) Height inches (11 mm) Radome diameter 2 inches (51 mm) Wind survival rating 1 mph (180 kph) Wind load at 9 mph (150kph) 52 lbf ( N) Shipping dimensions 1 x 8.1 x 6 inches (79 x 6 x 152 mm) Shipping weight 5. lb (16 kg) Mounting For masts of 2 to.75 inch (50 to 94 mm) OD. See reverse for order information H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA- 222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization 781-C /b [email protected] Internet: 41

48 Antenna with 7-16 DIN connector Omnidirectional Antenna MHz inches (11 mm) Mounting 11.6 inches (4 mm) Order Information: Model Antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at Internet:

49 Panel Antennas Kathrein Scala Division offers a wide range of panel antennas for professional fixed-station applications in the 146 to 512 MHz spectrum. These antennas all feature superior electrical and mechanical designs for optimum system performance and reliability. For assistance in selecting the best antenna for your specific requirements, feel free to contact Kathrein Scala Division Sales Engineering. Frequency Horizontal Gain Model Alternate Page Range Beamwidth (dbi) Number Model Number Polarization Number MHz K BPHD H or V MHz and MHz BPV D... V MHz BPV D... V MHz and MHz BP XP and MHz V MHz BP XP and MHz V MHz and MHz and MHz BPV7-40/1D... V MHz K BPV7-450/06N... V 7 4

50 Panel Antennas Model Alternate Frequency Horizontal Gain Page Number Model Number Range Beamwidth (dbi) Polarization Number BPV7-40/1D MHz V BPV D MHz V BPV D MHz V BP XP MHz and BP XP MHz and MHz and MHz and MHz and MHz V MHz V MHz and K BPHD MHz H or V K BPV7-450/06N MHz V

51 Panel antenna with N connector K52221 Panel Antenna MHz The Kathrein K52221 directional broadband panel antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty construction. l Excellent bandwidth, VSWR of 1.15:1 across the band, with no field adjustment. l Hot-dip galvanized steel panel assembly. l Radiating elements protected with fiberglass radomes. l Horizontal or vertical polarization. l Multiple panels may be configured to meet a variety of radiation pattern requirements. l Stainless steel hardware throughout. Specifications: Frequency range MHz (broadband) Gain dbi Impedance 50 ohms VSWR <1.15:1 Polarization Horizontal or vertical Front-to-back ratio > db Maximum input power 10 watts (at 5) H-plane beamwidth 65 degrees (half-power) E-plane beamwidth 58 degrees (half-power) Connector N female Weight 55.1 lb (25 kg) Dimensions 52 x 52 x 26.5 inches (1 x 1 x 5 mm) Wind load at 9 mph (150kph) 15 lbf (600 N) Wind survival rating* 10 mph (2 kph) Shipping dimensions 55.1 x 55.1 x 29.5 inches (1400 x 1400 x 750 mm) Shipping weight 85 lb (8.6 kg) Mounting A mounting kit is available for masts of 2.75 to 4.5 inches (60 to 115 mm) OD. See reverse for order information H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 228-D a [email protected] Internet: 45

52 Panel antenna with N connector K52221 Panel Antenna MHz 52 inches (1 mm) K611 Mounting Kit Mounting Options: Model K611 Mounting kit for 2.75 to 4.5 inch (60 to 115 mm) OD mast. 52 inches (1 mm) 26.5 inches (67 mm) (Shown vertically polarized) Order Information: Model K52221 Panel antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

53 Panel antenna with N connector K52221 Examples for radiation patterns at 160 MHz Panel Antenna MHz Arrangement Horizontal T Technical Data Radiation Pattern Spacing A 0 % rel. field strength corresponds to a gain* of 1 bay 2 bays 1.64 ft 5.4 db 8.4 db 6.56 ft 5.2 db 8.2 db 1.12 ft 5.4 db 8.4 db Required components with conn. N female (without mounting kits): 2 antennas K52221, 2 junction cables, 1 power divider K Spacing A 0 % rel. field strength corresponds to a gain* of 1 bay 2 bays 2. ft 4.8 db 7.8 db 4.59 ft 5.5 db 8.5 db 6.56 ft 6.1 db 9.1 db Required components with conn. N female (without mounting kits): 2 antennas K52221, 2 junction cables, 1 power divider K Spacing A 0 % rel. field strength corresponds to a gain* of 1 bay 2 bays 4.59 ft. db 6. db 9.19 ft 4.0 db 7.0 db 1.12 ft 5.0 db 8.0 db Required components with conn. N female (without mounting kits): antennas K52221, junction cables, 1 power divider K Spacing A 0 % rel. field strength corresponds to a gain* of 1 bay 2 bays 4.59 ft 1.8 db 4.8 db 9.19 ft 2.6 db 5.6 db 1.12 ft 4.0 db 7.0 db Required components with conn. N female (without mounting kits): 4 antennas K52221, 4 junction cables, 1 power divider K * ref. λ /2 dipole Vertical Radiation Pattern of the Arrangements 1,2, and 4 Vertical Radiation Pattern of the Arrangements 1,2, and 4 1 Bay 2 Bays (Vertical spacing 0.96 λ = 1.8 m) All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 47

54 48

55 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional panel antenna with dual polarization is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. 0 l Excellent bandwidth and VSWR specifications l Heavy fiberglass radome assures excellent performance in heavy icing conditions l All metal parts at DC ground potential General specifications: Frequency range MHz Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Isolation > 0 db Maximum input power 500 watts (at 5 C) Electrical downtilt 6 degrees Connectors 2 x 7-16 DIN female Weight 41.9 lb (19 kg) Dimensions 78.7 x 19.4 x 7.5 inches (00 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 248 lbf / 99 lbf / 47 lbf (10 N) / (440 N) / (1540 N) Mounting category H (Heavy) Wind survival rating* 1 mph (0 kph) Shipping dimensions 81.9 x.6 x 9.9 inches (80 x 52 x 252 mm) Shipping weight 48.5 lb (22 kg) Mounting See mounting hardware options on reverse. See reverse for order information Horizontal pattern ±45 - polarization Vertical pattern ±45 - polarization Specifications: MHz MHz Gain 14.5 dbi 14.7 dbi Front to back ratio 25 db (co-polar) 24 db (co-polar) H-plane beamwidth 68 degrees (half-power) 65 degrees (half-power) ± 45 polarization E-plane beamwidth 18 degrees (half-power) 17 degrees (half-power) ± 45 polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 869-C [email protected] Internet: 49

56 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 64 mm M8 2 x Mounting Kit 4.2 inches (869 mm) 78. inches (1988 mm) 79.8 inches (26 mm) Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (shown) (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast Tilt Mount Kit 0 11 degrees downtilt angle. 9.1 inches ( mm) 7.5 inches (190 mm) 19.2 inches (487 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

57 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional panel antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Silver plated copper radiators. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential l Multiple antennas may be used to meet a variety of radiation patterns Specifications: Frequency range MHz Gain 8.5 dbi Impedance 50 ohms Intermodulation (2xw) IM: <-150 dbc VSWR <1.5:1 Polarization Vertical Front-to-back ratio >18 db Maximum input power 500 watts (at 5 C) H-plane beamwidth 115 degrees (half-power) E-plane beamwidth 8 degrees (half-power) Connector 7-16 DIN female Weight 9.9 lb (4.5 kg) Dimensions 8. x.2 x 4.1 inches (974 x 258 x mm) Wind load at 9 mph (150kph) Front/Side/Rear 6 lbf / 2 lbf / 81 lbf (160 N) / (0 N) / (60 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 4.4 x.7 x 6. inches (12 x 272 x 160 mm) Mounting Fixed and tilt-mount options are available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 579-D /b [email protected] Internet: 51

58 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 64 mm M8 2 x Mounting Kit 8. inches (974 mm) 40.6 inches (0 mm) 42 inches (70 mm) Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast Tilt Mount Kit 0 21 degrees downtilt angle. 4.1 inches ( mm).2 inches (258 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

59 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional panel antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Silver plated copper radiators. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential l Multiple antennas may be used to meet a variety of radiation patterns Specifications: Frequency range MHz Gain 11.5 dbi Impedance 50 ohms Intermodulation (2xw) IM: <-150 dbc VSWR <1.5:1 Polarization Vertical Front-to-back ratio >18 db Maximum input power 500 watts (at 5 C) H-plane beamwidth 115 degrees (half-power) E-plane beamwidth 18 degrees (half-power) Connector 7-16 DIN female Weight 19.8 lb (9 kg) Dimensions 76.1 x.2 x 4.1 inches (194 x 258 x mm) Wind load at 9 mph (150kph) Front/Side/Rear 77 lbf / 50 lbf / 169 lbf (40 N) / (2 N) / (750 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 81.2 x.7 x 6. inches (62 x 272 x 160 mm) Mounting Fixed and tilt-mount options are available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 868-C /c [email protected] Internet: 5

60 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 64 mm M8 2 x Mounting Kit 76.1 inches (194 mm) 78. inches (1990 mm) 79.9 inches (0 mm) Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast Tilt Mount Kit 0 11 degrees downtilt angle. 4.1 inches ( mm).2 inches (258 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

61 Kathrein X-polarized adjustable electrical downtilt antennas offer the wireless carrier the ability to tailor polarization diversity sites for optimum performance. Using variable downtilt, only a few models need be procured to accommodate the needs of widely varying conditions. Plus, as an option, downtilt can be remotely controlled, at the site, at the switch downtilt range. UV resistant pulltruded fiberglass radome. DC Grounded. No moving electrical connections. Antenna with 7-16 DIN connectors Panel Antenna 14 RET MHz General specifications: Frequency range MHz VSWR <1.5:1 Front-to-back ratio >25 db Impedance 50 ohms Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Maximum input power 400 watts per input (at 5C) Connector 2 x 7-16 DIN female Isolation >0 db Cross polar ratio Main direction 25 db (typical) Sector ±6 > db Weight 48.5 lb (22 kg) Dimensions 78.7 x 22.6 x 7.8 inches (1999 x 575 x 199 mm) Wind load at 9 mph (150kph) Front/Side/Rear 261 lbf / 8 lbf / 421 lbf (1160 N) / (480 N) / (1870 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 88.6 x 25.2 x 8.9 inches (2250 x 640 x 225 mm) Shipping weight 52.9 lb (24 kg) Mounting Fixed and tilt mount options are available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information MHz * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. Specifications: MHz MHz Gain 7 14 T T dbi and -45 polarization 66 (half-power) 62 (half-power) horizontal beamwidth +45 and -45 polarization 22 (half-power) 19 (half-power) vertical beamwidth Electrical downtilt continuously adjustable Horizontal pattern ±45 -polarization MHz Vertical pattern ±45 -polarization 14 electrical downtilt Horizontal pattern ±45 -polarization 2 18 Vertical pattern ±45 -polarization 14 electrical downtilt B 96./a [email protected] Internet: 55

62 Antenna with 7-16 DIN connectors Panel Antenna 14 RET MHz inches ± (68 mm ± 4) 79.4 inches (16 mm) 78.7 inches (1999 mm) 64 mm M inches (56 mm) 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast Tilt Mount Kit 0 11 Degrees downtilt angle. 7.8 inches 22.6 inches (199 mm) (575 mm) Order Information: Model Antenna with 7-16 DIN connectors 14 adjustable electrical downtilt All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

63 Panel antenna with 7-16 DIN connectors Panel Antenna MHz The Kathrein directional panel antenna with dual polarization is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential. l Multiple antennas may be used to meet a variety of radiation patterns. Specifications: Frequency range MHz Gain MHz 11.5 dbi MHz 12 dbi Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Front to back ratio > 25 db (co-polar) Isolation > 0 db Maximum input power 500 watts (at 5 C) per input H-plane beamwidth ± 45 polarization MHz 68 degrees (half-power) MHz 65 degrees (half-power) E-plane beamwidth ± 45 polarization MHz 7 degrees (half-power) MHz 2 degrees (half-power) Connectors 2 x 7-16 DIN female Weight 26.5 lb (12 kg) Dimensions 9.1 x 19.4 x 7.5 inches (992 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 11 lbf 50 lbf / 161 lbf (500 N) / (2 N) / (715 N) Mounting category M Medium) Wind survival rating* 1 mph (0 kph) Shipping dimensions 44.9 x.6 x 9.9 inches (1140 x 52 x 252 mm) Shipping weight 4.6 lb (15.7 kg) Mounting See mounting hardware options on reverse. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details Horizontal pattern ±45 -polarization Vertical pattern ±45 -polarization D /a [email protected] Internet: 57

64 Panel antenna with 7-16 DIN connectors Panel Antenna MHz inches ± (68 mm ± 4) 41. inches (48 mm) 8.9 inches (988 mm) 64 mm M inches (86 mm) 2 x Mounting Kit Mounting Options: Model 9.1 inches ( mm) 7.5 inches (190 mm) 2 x Mounting Kit for 2 to 4.6 inch (shown) (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast Tilt Mount Kit 0 degrees downtilt angle inches (487 mm) Order Information: Model Panel antenna with 7-16 DIN connectors All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

65 The Kathrein directional broadband panel antenna is intended for use in professional fixed-station applications in the MHz bands. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential. l Multiple antennas may be used to meet a variety of radiation patterns. Panel antenna with 7-16 DIN connector Panel Antenna MHz Specifications: Frequency range MHz Gain MHz 11.5 dbi MHz 12 dbi Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: -150 dbc Polarization Vertical Maximum input power 500 watts (at 5 C) Front to back ratio MHz > 18 db (co-polar) MHz > db (co-polar) H-plane beamwidth MHz 68 degrees (half-power) MHz 6 degrees (half-power) E-plane beamwidth MHz 7 degrees (half-power) MHz 2 degrees (half-power) Connector 7-16 DIN female Weight 26.5 lb (12 kg) Dimensions 9 x 19.4 x 7.5 inches (992 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 11 lbf / 50 lbf / 161 lbf (500 N) / (2 N) / (715 N) Mounting category M Medium) Wind survival rating* 1 mph (0 kph) Shipping dimensions 44.9 x.6 x 9.9 inches (1140 x 52 x 252 mm) Shipping weight 5 lb (15.9 kg) Mounting See mounting hardware options on reverse. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization C /a [email protected] Internet: 59

66 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 41. inches (48 mm) 8.9 inches (988 mm) 64 mm M inches (86 mm) 2 x Mounting Kit Mounting Options: Model 9.1 inches ( mm) 7.5 inches (190 mm) 2 x Mounting Kit for 2 to 4.6 inch (shown) (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast Tilt Mount Kit 0 degrees downtilt angle inches (487 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

67 db Panel antenna with 7-16 DIN connector Panel Antenna MHz Examples of radiation patterns for panel arrays at 450 MHz Array Horizontal Radiation Pattern Technical Data 1 A Distance A 0% rel. field strength corresponds to a gain of A 0.25 m.1 dbi 0.5 m.2 dbi 1.5 m.6 dbi db 0 2 Distance A 0% rel. field strength corresponds to a gain of 0.5 m 9.0 dbi 1.0 m 9.1 dbi 2.0 m 9.9 dbi A db 0 A Distance A 0% rel. field strength corresponds to a gain of 0.16 m 5.9 dbi 0.22 m 7. dbi 0.65 m 7.0 dbi 1.1 m 7.9 dbi 4 Distance A 0% rel. field strength corresponds to a gain of A 0.5 m 8. dbi 0.8 m 7.4 dbi 2.1 m 7.6 dbi db All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 61

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69 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional panel antenna with dual polarization is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Cast aluminum dipoles. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential l Multiple antennas may be used to meet a variety of radiation patterns Specifications: Frequency range Gain Impedance MHz 14.5 dbi (80 40 MHz) 15 dbi ( MHz) 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Front to back ratio > 25 db (co-polar) Isolation > 0 db Maximum input power 500 watts (at 5 C) H-plane beamwidth ± 45 polarization 65 degrees (half-power) E-plane beamwidth ± 45 polarization 18 degrees (half-power) Connectors 2 x 7-16 DIN female Weight 41.9 lb (19 kg) Dimensions 78.7 x 19.4 x 7.5 inches (00 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 248 lbf / 99 lbf / 47 lbf (10 N) / (440 N) / (1540 N) Mounting category H (Heavy) Wind survival rating* 1 mph (0 kph) Shipping dimensions 81.9 x.6 x 9.9 inches (80 x 52 x 252 mm) Shipping weight 56 lb (25.4 kg) Mounting See mounting hardware options on reverse. See reverse for order information Horizontal pattern ±45 -polarization Vertical pattern ±45 -polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 576-D /a [email protected] Internet: 6

70 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 79.8 inches (26 mm) 64 mm M8 78. inches (1988 mm) 4.2 inches (869 mm) 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast. 4.4 lb (2 kg) Tilt Mount Kit 0 11 degrees downtilt angle. 9.1 inches ( mm) 19.2 inches (487 mm) 7.5 inches (190 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

71 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional panel antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential. Specifications: Frequency range MHz Gain MHz 14.5 dbi MHz 15 dbi Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization Vertical Maximum input power 500 watts (at 5 C) Front to back ratio > db (co-polar) H-plane beamwidth MHz 68 degrees (half-power) MHz 6 degrees (half-power) E-plane beamwidth MHz 18 degrees (half-power) MHz 16 degrees (half-power) Connector 7-16 DIN female Weight 44.1 lb ( kg) Dimensions 78.7 x 19.4 x 7.5 inches (00 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 248 lbf / 99 lbf / 47 lbf (10 N) / (440 N) / (1540 N) Mounting category H (Heavy) Wind survival rating* 1 mph (0 kph) Shipping dimensions 81.1 x 22.1 x.8 inches (80 x 52 x 252 mm) Shipping weight 55.1 lb (25.1 kg) Mounting See mounting hardware options on reverse. See reverse for order information H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization C /a [email protected] Internet: 65

72 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 79.8 inches (26 mm) 64 mm M8 78. inches (1988 mm) 4.2 inches (869 mm) 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast Tilt Mount Kit 0 11 degrees downtilt angle. 9.1 inches ( mm) 19.2 inches (487 mm) 7.5 inches (190 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

73 Panel antenna with 7-16 DIN connectors Panel Antenna MHz The Kathrein directional panel antenna with dual polarization is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential Specifications: Frequency range MHz Gain MHz dbi MHz.5 dbi Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Maximum input power 500 watts (at 5 C) Front to back ratio > db (co-polar) Isolation > 0 db H-plane beamwidth ± 45 polarization MHz 88 degrees (half-power) MHz 86 degrees (half-power) E-plane beamwidth ± 45 polarization MHz 40 degrees (half-power) MHz 5 degrees (half-power) Connectors 2 x 7-16 DIN female Weight 2.1 lb (.5 kg) Dimensions 9.6 x 12.5 x 7.6 inches (07 x 17 x 19 mm) Wind load at 9 mph (150kph) Front/Side 81 lbf / 50 lbf (60 N) / (2 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 44.9 x 1 x 9.4 inches (1140 x 0 x 240 mm) Mounting Fixed and tilt mount options are available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information Horizontal pattern ±45 - polarization Vertical pattern ±45 - polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 872-C /b [email protected] Internet: 67

74 Panel antenna with 7-16 DIN connectors Panel Antenna MHz inches ± (68 mm ± 4) 64 mm M8 2 x Mounting Kit 42.9 inches (90 mm) 9.6 inches (07 mm) 41. inches (50 mm) Mounting Options: Model 2 x (shown) Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast Tilt Mount Kit 0 21 degrees downtilt angle. 7.6 inches (19 mm) 12.5 inches (17 mm) Order Information: Model Panel antenna with 7-16 DIN connectors All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

75 Panel antenna with 7-16 DIN connectors Panel Antenna MHz The Kathrein directional panel antenna with dual polarization is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential Specifications: Frequency range MHz Gain MHz 1 dbi MHz 1.5 dbi Impedance 50 ohms VSWR <1.5:1 Intermodulation (2xw) IM: <-150 dbc Polarization +45 and -45 Maximum input power 500 watts (at 5 C) Front to back ratio > db (co-polar) Isolation > 0 db H-plane beamwidth ± 45 polarization MHz 88 degrees (half-power) MHz 86 degrees (half-power) E-plane beamwidth ± 45 polarization MHz degrees (half-power) MHz 17 degrees (half-power) Connectors 2 x 7 16 DIN female Weight 40.8 lb (18.5 kg) Dimensions 78.6 x 12.5 x 7.6 inches (1997 x 17 x 19 mm) Wind load at 9 mph (150kph) Front/Side/Rear 180 lbf / 1 lbf / 27 lbf (800 N) / (50 N) / (50 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 8.9 x 1 x 9.4 inches (210 x 0 x 240 mm) Mounting Fixed and tilt mount options are available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information Horizontal pattern ±45 - polarization Vertical pattern ±45 - polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. 87-C /b [email protected] Internet: 69

76 Panel antenna with 7-16 DIN connectors Panel Antenna MHz inches ± (68 mm ± 4) 64 mm M8 2 x Mounting Kit 81.9 inches (80 mm) 78.6 inches (1997 mm) 80. inches (40 mm) Mounting Options: Model 2 x (shown) Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast Tilt Mount Kit 0 degrees downtilt angle. 7.6 inches (19 mm) 12.5 inches (17 mm) Order Information: Model Panel antenna with 7-16 DIN connectors All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

77 Panel antenna with 7-16 DIN connector Panel Antenna MHz The Kathrein directional broadband panel antenna is intended for use in professional fixedstation applications in the MHz bands. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Brass and copper dipoles. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential. Specifications: Frequency range MHz Gain 9 dbi Impedance 50 ohms VSWR <1.5:1 Front to back ratio > 22 db Polarization Vertical Maximum input power 500 watts (at 5 C) H-plane beamwidth 1 degrees (half-power) E-plane beamwidth 50 degrees (half-power) Connector 7-16 DIN female Weight 19.8 lb (9 kg) Dimensions 9 x 19.4 x 7.5 inches (992 x 492 x 190 mm) Wind load at 9 mph (150kph) Front/Side/Rear 11 lbf / 50 lbf / 161 lbf (500 N) / (2 N) / (715 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 41.8 x 22 x.8 inches (1145 x 505 x 255 mm) Shipping weight 28 lb (12.7 kg) Mounting See mounting hardware options on reverse. See reverse for order information H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization C [email protected] Internet: 71

78 Panel antenna with 7-16 DIN connector Panel Antenna MHz inches ± (68 mm ± 4) 4.2 inches (98 mm) 64 mm M8 9.1 inches (992 mm) 41.7 inches (60 mm) 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast inches (492 mm) 7.5 inches (190 mm) Order Information: Model Panel antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

79 Panel antenna with N connector K7621 The Kathrein K7621 directional broadband panel antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty stainless steel and aluminum construction throughout. l Excellent bandwidth and VSWR specifications. l Cast aluminum dipoles. l Heavy fiberglass radome assures excellent performance in heavy icing conditions. l All metal parts at DC ground potential. l Multiple antennas may be used to meet a variety of radiation patterns. Specifications: Frequency range MHz Gain 9 dbi Impedance 50 ohms VSWR <1.4:1 Intermodulation (2xw) IM:< -150dBc Polarization Vertical Front-to-back ratio >17 db Maximum input power 500 watts (at 5C) H-plane beamwidth 6 degrees (half-power) E-plane beamwidth 6 degrees (half-power) Connector N female Weight 1.2 lb (6 kg) Dimensions 19.4 x 19.4 x 8.1 inches (49 x 49 x 6 mm) Wind load at 9 mph (150kph) Front/Side/Rear 50 lbf / 21 lbf / 75 lbf (2 N) / (90 N) / (0 N) Mounting category M (Medium) Equivalent flat plate area.18 ft 2 (0.296 m 2 ) Wind survival rating* 10 mph (2 kph) Shipping dimensions 24.4 x.1 x.8 inches (6 x 5 x 275 mm) Shipping weight 17 lb (7.8 kg) Mounting Fixed mounts for 2 to 15 inch (50 to 80 mm) OD masts are available. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details Panel Antenna MHz H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization E [email protected] Internet: 7

80 Panel antenna with N connector K Panel Antenna MHz inches ± (68 mm ± 4) 2.1 inches (588 mm) 21.7 inches (550 mm) 19.4 inches (49 mm) 64 mm M8 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast. 2 x Mounting Kit for 4. to 8.7 inch (1 to 2 mm) OD mast. 2 x Mounting Kit for 8. to 15 inch (2 to 80 mm) OD mast inches (49 mm) 8.1 inches (6 mm) Order Information: Model K7621 Panel antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

81 Other Directional Antennas Frequency Horizontal Gain Model Alternate Page Range Beamwidth (dbi) Number Model Number Number MHz K MHz K MHz K MHz CA2-75/ MHz K MHz K MHz K MHz K MHz...Varies K MHz...Varies K HDB MHz CDV MHz CL7-150/HCM MHz CL7-150/URM MHz YA MHz YA MHz to 98 MHz CA MHz CA MHz CA MHz CL MHz K CR N MHz K HDB MHz CL6-440N MHz CL6-440T MHz to 512 MHz CA MHz CL6-450B to 512 MHz RA5-400B MHz CA MHz PR MHz K LP MHz K MHz CA MHz PR MHz CA MHz PR MHz CA MHz PR MHz CA MHz PR

82 Other Directional Antennas Model Alternate Frequency Horizontal Gain Page Number Model Number Range Beamwidth (dbi) Number MHz MHz CA2-75/ MHz CA to 98 MHz CA to 512 MHz CA MHz CA MHz CA MHz CA MHz CA MHz CA MHz CA MHz CDV MHz CL6-440N MHz CL6-440T MHz CL6-450B MHz CL7-150/HCM MHz CL7-150/URM MHz CL MHz K MHz K MHz K MHz K MHz K MHz K MHz K MHz K MHz....Varies K HDB MHz....Varies K LP MHz K MHz K CR N MHz K HDB MHz PR MHz PR MHz PR MHz PR MHz PR MHz RA5-400B to 512 MHz YA MHz YA MHz

83 The Kathrein K and K yagi antennas are intended for use in professional fixed-station applications in the 68 to 87.5 MHz band. They feature: l Hot-dip galvanized steel construction. l Stainless steel hardware throughout. l Entire antenna at DC ground potential MHz Yagi antenna K MHz Yagi antenna K Yagi Antenna 68 to 87.5 MHz Specifications: Frequency range K MHz K MHz Gain 5 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Maximum input power 100 watts (at 5C) H-plane beamwidth 162 degrees (half-power) E-plane beamwidth 77 degrees (half-power) Connector N female Weight 26.5 lb (12 kg) Dimensions (approx.) 82.7 x 47.2 inches ( x 10 mm) Wind load at 9 mph (150kph) 59 lbf (260 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 84.8 x 1.4 x 5.2 inches (2154 x 798 x 12 mm) Shipping weight 0.9 lb (14 kg) Mounting For masts of 2.75 to 4.5 inches (60 to 115 mm) OD. See reverse for order information * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization B /c [email protected] Internet: 77

84 68 80 MHz Yagi antenna K MHz Yagi antenna K Yagi Antenna 68 to 87.5 MHz 47.2 inches ( 10 mm) 82.7 inches ( mm) 2 1 1: for vertical polarization 2: for horizontal polarization For antennas with N-female connector (jack) we recommend using cable connectors (male plug) with captive inner conductor to avoid damages to the jack-center conductor. Order Information: Model K K MHz Yagi antenna MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

85 MHz Yagi antenna K51741 The Kathrein K51741 yagi antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Hot-dip galvanized steel construction. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Yagi Antenna MHz Specifications: Frequency range MHz Gain 8 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Maximum input power 0 watts (at 5C) H-plane beamwidth Varies with frequency E-plane beamwidth Varies with frequency Connector N female Weight 48.5 lb (22 kg) Dimensions (approx.) 9.7 x 79.9 inches (280 x 0 mm) Wind load at 9 mph (150kph) 117 lbf (5 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 95.4 x 8.4 x 7.2 inches (2424 x 2118 x 182 mm) Shipping weight 55.1 lb (25 kg) Mounting For masts of 2.75 to 4.5 inches (60 to 115 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization 77 MHz E-plane Vertical pattern V-polarization 77 MHz B /b [email protected] Internet: 79

86 MHz Yagi antenna K51741 Yagi Antenna MHz 79.9 inches ( 0 mm) 9.7 inches ( 280 mm) Order Information: Model K MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

87 MHz Dipole antenna K The Kathrein K dipole antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Hot-dip galvanized steel construction. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Dipole Antenna MHz Specifications: Frequency range MHz Gain 4 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Maximum input power watts (at 5C) H-plane beamwidth 180 degrees (half-power) E-plane beamwidth 78 degrees (half-power) Connector N female Weight 19.8 lb (9 kg) Dimensions (approx.) 68.9 x 4. inches (1750 x 870 mm) Wind load at 9 mph (150kph) 8 lbf (165 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 70.9 x 7. x 4.2 inches (1800 x 948 x 7 mm) Shipping weight 24. lb (11 kg) Mounting For masts of 2.75 to 4.5 inches (60 to 115 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization C /c [email protected] Internet: 81

88 MHz Dipole antenna K Dipole Antenna MHz 4. inches ( 870 mm) 68.9 inches ( 1750 mm) Order Information: Model K MHz Dipole antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

89 72 76 MHz Dipole / Reflector antenna CA2-75/160 Dipole/Reflector Antenna MHz The Kathrein Scala Division CA2-75/160 dipole reflector antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Exclusive balanced feed system. l One-piece driven element with internal balun. l Seamless anodized 6061-T6 aluminum tubing and heavy-duty aluminum castings. l Internal balun in cast aluminum housing is sealed against weather damage. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Specifications: Frequency range MHz (broadband) Gain 6 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Front-to-back ratio 9.1 db Maximum input power 125 watts (at 5C) H-plane beamwidth 160 degrees (half-power) E-plane beamwidth 72 degrees (half-power) Connector N female Weight 6.5 lb (2.95 kg) Dimensions 88 x 40 x inches (225 x 16 x 76 mm) Wind load at 9 mph (150kph) 41 lbf (180 N) Wind survival rating* 160 mph (260 kph) Shipping dimensions 88 x 6 x 5 inches (226 x 15 x 127 mm) Shipping weight 15 lb (6.8 kg) Mounting For masts with O.D. of 2 to 2.75 inches (51 to 60 mm). See reverse for order information H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization C [email protected] Internet: 8

90 72 76 MHz Dipole / Reflector antenna CA2-75/160 Dipole/Reflector Antenna MHz 40 inches (16 mm) 88 inches (225 mm) Order Information: Model CA2-75/160N MHz Dipole / Reflector antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

91 MHz Yagi antenna K5721 The Kathrein K5721 yagi antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Weather-resistant aluminum construction. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Yagi Antenna MHz Specifications: Frequency range MHz Gain.5 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Maximum input power 250 watts (at 5C) H-plane beamwidth 6 degrees (half-power) E-plane beamwidth 5 degrees (half-power) Connector N female Weight 22 lb ( kg) Dimensions (approx.) 75.2 x 40.2 inches (19 x 22 mm) Wind load at 9 mph (150kph) Front/Side H-pol 2 lbf / 5 lbf (140 N) / (25 N) Front/Side V-pol 2 lbf / 48 lbf (140 N) / (2 N) Wind survival rating* 10 mph (2 kph) Shipping dimensions 76.9 x 7. x 6.4 inches (1954 x 186 x 162 mm) Shipping weight 26.5 lb (12 kg) Mounting For masts of 2.75 to 4.1 inches (60 to 5 mm) OD. See reverse for order information H-plane Horizontal pattern V-polarization Vertical pattern H-polarization 15 * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Horizontal pattern H-polarization Vertical pattern V-polarization B /a [email protected] Internet: 85

92 MHz Yagi antenna K5721 Yagi Antenna MHz 71.2 inches ( 19 mm) 40.2 inches ( 22 mm) Order Information: Model K MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

93 MHz antenna YA MHz antenna YA7-166 Yagi Antenna 150 to 174 MHz The Kathrein Scala Division YA7-155 and YA7-166 are ruggedly built broadband, folded dipole Yagi antennas, designed for control station, point-to-point, and SCADA applications. Like all Kathrein Scala Division antennas, the YA7-155 and YA7-166 made of the finest materials using state of the art electrical and mechanical designs, resulting in superior performance and long service life. The YA7-155 and YA7-166 are gold anodized and may be used stand-alone or in stacked arrays for higher gain, increased side-lobe suppression, or custom azimuth patterns. Specifications: Frequency range YA MHz YA MHz Gain 9 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Horizontal or vertical Front-to-back ratio 1 db Maximum input power 250 watts E plane pattern 58 degrees (half-power) H plane pattern 80 degrees (half-power) Connector Female 50Ω N Weight lb (4.51 kg) Dimensions YA x 9 x 5 inches (197 x 991 x 127 mm) YA x 6 x 5 inches (121 x 914 x 127 mm) Wind load at 0 mph (160 kph) Front 40 lbf (177 N) Wind survival rating* 0 mph (160 kph) Shipping dimensions YA x 1 x 8 inches (1448 x 0 x mm) YA x 1 x 8 inches (172 x 0 x mm) Shipping weight 15 lb (6.8 kg) Mounting For masts of 2.75 inches (60 mm) OD. See reverse for order information. YA7-155 H-plane Horizontal pattern V-polarization Vertical pattern H-polarization YA7-166 H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. YA7-155 E-plane Horizontal pattern H-polarization Vertical pattern V-polarization YA7-166 E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 754-C [email protected] Internet: 87

94 MHz antenna YA MHz antenna YA7-166 Yagi Antenna 150 to 174 MHz 55 inches max. (197 mm) 52 inches max. (121 mm) 9 inches max. (991 mm) 6 inches max. (914 mm) YA7-155 YA7-166 Order Information: Model YA7-155 YA MHz antenna MHz antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

95 Yagi antenna with N connector K51821 Yagi Antenna MHz The Kathrein K51821 features: DC ground of all metal parts including the mounting kit. Constructed of galvanized steel. The mounting clamps are galvanized steel and all fasteners are stainless steel. Specifications: Frequency range MHz Gain 6 dbi Impedance 50 ohms VSWR < 1.:1 Polarization Horizontal or vertical Maximum input power 80 watts (at 5C) H-plane beamwidth 118 degrees (half-power) E-plane beamwidth 70 degrees (half-power) Connector N female Weight 16.5 lb (7.5 kg) Dimensions 4. x 29.5 inches (10 x 750 mm) Wind load at 9 mph (150kph) 9 lbf (170 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 4.8 x 5.6 x.6 nches (1112 x 904 x 92 mm) Mounting Mounts to masts of 2.75 to 4.9 inch (60 to 125 mm) OD. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization B 96.18/b [email protected] Internet: 89

96 Yagi antenna with N connector K51821 Yagi Antenna MHz 4. inches (10 mm) inches (750 mm) Mounting Mounting Options: 1. For vertical polarization 2. For horizontal polarization Order Information: Model K51821 Yagi antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

97 Yagi antenna with N connector K51921 Yagi Antenna MHz The Kathrein K51921 features: DC ground of all metal parts including the mounting kit. Constructed of galvanized steel. The mounting clamps are galvanized steel and all fasteners are stainless steel. Specifications: Frequency range MHz Gain 5 dbi Impedance 50 ohms VSWR < 1.4:1 Polarization Horizontal or vertical Maximum input power 560 watts (at 5C) H-plane beamwidth 170 degrees (half-power) E-plane beamwidth 80 degrees (half-power) Connector N female Weight 14. lb (6.5 kg) Dimensions 41.7 x 25.6 inches (60 x 650 mm) Wind load at 9 mph (150kph) lbf (145 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 44. x 2.1 x.6 nches (1124 x 816 x 92 mm) Mounting Mounts to masts of 2.75 to 4.9 inch (60 to 125 mm) OD. 0 6 * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization B 96.17/b [email protected] Internet: 91

98 Yagi antenna with N connector K51921 Yagi Antenna MHz 41.7 inches (60 mm) inches (650 mm) Mounting Mounting Options: 1. For vertical polarization 2. For horizontal polarization Order Information: Model K51921 Yagi antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

99 Dipole antenna with N connector K Dipole antenna with 7-16 DIN connector K55292 Dipole Antenna MHz The Kathrein K (HDB-155) and K55292 broadband dipole antennas are intended for use in professional fixed-station applications in the MHz band. They feature: l Broad pattern with moderate gain. l Very strong and weatherproof design. l Hot-dip galvanized steel construction. l Elements can be stacked for additional gain. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Specifications: Frequency range MHz Gain 2 dbd Impedance 50 ohms VSWR <1.4:1 Polarization Vertical Maximum input power 440 watts H-plane beamwidth Varies with mast diameter E-plane beamwidth 78 degrees Connector 7-16 DIN or N female Weight 9.9 lb (4.5 kg) Dimensions.1 x 19.7 inches (840 x 500 mm) Wind load at 9 mph (150kph) 21 lbf (90 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 4 x 2.5 x.4 inches (864 x 598 x 87 mm) Shipping weight 1.2 lb (6 kg) Mounting For masts of 2.75 to 4.9 inch (60 to 125 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization 15 Patterns shown using 2.75 inch (60 mm) OD mast. See additional patterns on reverse. 28-C /c [email protected] Internet: 9

100 Dipole antenna with N connector K Dipole antenna with 7-16 DIN connector K55292 Dipole Antenna MHz 19.7 inches (500 mm) Mounting.1 inches (840 mm) Patterns using 4.5 inch (115 mm) OD mast. Order Information: Model K K55292 Dipole antenna with N connector Dipole antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

101 MHz Dipole antenna CDV-150 Dipole Antenna MHz The Kathrein Scala Division CDV-150 broadband dipole antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Broad pattern with moderate gain. l Anodized, triple laminated dipole for superior strength. l Extreme weather survival design. l Internal balun in cast aluminum housing is sealed against weather damage. l Elements can be stacked for additional gain. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Specifications: Frequency range MHz Gain 4 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Vertical Maximum input power 500 watts(at 5C) H-plane beamwidth 246 degrees (half-power) E-plane beamwidth 70 degrees (half-power) Connector N female Weight 5 lb (2. kg) Dimensions. x 22 inches (845 x 559 mm) Wind load at 0 mph (160 kph) Front 18 lbf (76 N) Wind survival rating* 10 mph (2 kph) Shipping dimensions 49 x 6 x 6 inches (1245 x 152 x 152 mm) Shipping weight 8 lb (.6 kg) Mounting For masts of 2.75 inches (60 mm) OD. See reverse for order information * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization E-plane Vertical pattern V-polarization 27-C [email protected] Internet: 95

102 MHz Dipole antenna CDV-150 Dipole Antenna MHz 22 inches (559 mm). inches (845 mm) Order Information: Model CDV MHz Dipole antenna All specifications are subject to change without notice. The latest specifications are available at Internet:

103 MHz Log-periodic antenna CL7-150/HCM CL7-150/URM Log Periodic Antenna MHz The Kathrein Scala Division CL7-150 broadband log periodic antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty construction. l Anodized, double-laminated heavy wall 6061-T6 aluminum tubing elements. l Easy element replacement. l Double-boom of two-inch 6061-T6 square aluminum tube. l High front-to-back and front-to-side ratios, without minor lobes. l Excellent performance, even in icing conditions. Specifications: Frequency range MHz Gain 9. dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Front-to-back ratio >25 db Maximum input power 250 watts (at 5C) H-plane beamwidth 82 degrees (half-power) E-plane beamwidth 48 degrees (half-power) Connector N female Weight 25 lb (11.4 kg) Dimensions 5. x 40. inches (maximum) (15 x 22 mm) Wind load at 0 mph (160 kph) Front 6 lbf (279 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 59 x 9 x 8 inches (1499 x 229 x mm) Shipping weight 0 lb (1.6 kg) Mounting For masts of 2.75 inches (60 mm) OD. CL7-150/HCM Horizontal center-mount CL7-150/URM Horizontal or vertical rear-mount See reverse for order information. 27 (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Horizontal pattern H-polarization Vertical pattern V-polarization D [email protected] Internet: 97

104 MHz Log-periodic antenna CL7-150/HCM CL7-150/URM Log Periodic Antenna MHz 5. inches (15 mm) 40. inches (22 mm) (Shown vertically polarized) Order Information: Model CL7-150/HCM CL7-150/URM Horizontal center-mount antenna Horizontal or vertical rear-mount antenna All specifications are subject to change without notice. The latest specifications are available at Internet:

105 0 240 MHz Dipole antenna Dipole Antenna MHz Constructed of hot-dip galvanized steel. Fiberglass radome. Specifications: Frequency range MHz Gain 7.6 dbi Impedance 50 ohms VSWR < 1.2:1 Polarization Vertical Maximum input power 00 watts (at 4C) H-plane beamwidth 0 degrees (half-power) E-plane beamwidth 2 degrees (half-power) Connector 7-16 DIN female Weight.1 lb (15 kg) Dimensions 86.8 x 12.4 inches (25 x 15 mm) Wind load at 9 mph (150kph) Front/Side 54 lbf (240 N) / 99 lbf (440 N) Wind survival rating* 140 mph (225 kph) Shipping dimensions 91 x 16.5 x 6. nches (2 x 4 x 160 mm) Mounting Mounts to customer supplied hardware (see flange hole pattern on reverse) * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization E-plane Horizontal pattern H-polarization FRO 96.A [email protected] Internet: 99

106 0 240 MHz Dipole antenna Dipole Antenna MHz 14.6 inches (72 mm) 86.8 inches (25 mm) 4. inches (10 mm) 12.4 inches (15 mm) Flange Dimensions in mm Order Information: Model Dipole antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

107 MHz Yagi antenna CA MHz Yagi antenna CA6- The Kathrein Scala Division CA6-2 and CA6- six-element broadband yagi antennas are intended for use in professional fixed-station applications in the and 225 MHz bands. They feature: l Balanced driven element for superior performance in icing conditions. l Sealed one-piece element with internal coax balun. Yagi Antenna 216 to MHz l Heavy wall anodized aluminum pipe and tubing. l Heavy aluminum castings and stainless steel hardware. l Entire antenna at DC ground potential. Specifications: Frequency range CA MHz CA6-225 MHz Gain 11 dbi Impedance 50 ohms VSWR < 1.5:1 maximum Polarization Horizontal or vertical Front-to-back ratio >17 db Maximum input power 500 watts H-plane beamwidth 60 degrees (half-power) E-plane beamwidth 44 degrees (half-power) Connector N female Weight 8.0 lb (.7 kg) Dimensions 65 x 27 inches (1651 x 686 mm) Wind load at 9 mph (150kph) 41 lbf (179 N) Wind survival rating* 140 mph (225 kph) Shipping dimensions 66 x 28 x 5 inches (1676 x 711 x 127 mm) Shipping weight 17.0 lb (7.7 kg) Mounting For masts of 2.75 inch (60 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization C [email protected] Internet: 1

108 MHz Yagi antenna CA MHz Yagi antenna CA6- Yagi Antenna 216 to MHz 65 inches (1651 mm) 27 inches (686 mm) (Shown vertically polarized) Order Information: Model CA6-2N CA6-N MHz Yagi antenna 225 MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

109 216 to 98 MHz Antenna with N connector CA5-00 The Kathrein Scala Division CA5-00 five-element yagi antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Balanced driven element for superior performance in icing conditions. l Internal balun and dipole feedpoint sealed within the boom assembly. l Heavy wall anodized aluminum pipe and tubing. l Heavy aluminum castings and stainless steel hardware. l Entire antenna at DC ground potential. Yagi Antenna 216 to 98 MHz (center frequency ±1% maximum) Specifications: Frequency range MHz (specify frequency) Gain 12 dbi Impedance 50 ohms VSWR <1.:1 Polarization Horizontal or vertical Front-to-back ratio >18 db Maximum input power 0 watts H-plane beamwidth 70 degrees (half-power) E-plane beamwidth 52 degrees (half-power) Connector N female Weight 9 lb (4.1 kg) (maximum) Dimensions 52.8 x 26.8 inches (maximum) (141 x 681 mm) Wind load at 0 mph (160 kph) Front 6 lbf (279 N) (maximum) Wind survival rating* 1 mph (0 kph) Shipping dimensions 56 x 0 x 6 inches (maximum) (1422 x 762 x 152 mm) Shipping weight 1 lb (5.9 kg) Mounting For masts of 2.75 inches (60 mm) OD. (Shown vertically polarized) * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization Vertical pattern H-polarization 15 Contact Kathrein Kathrein Scala Division Division Customer Service for detailed order information C 2 18 E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 15 [email protected] Internet:

110 216 to 98 MHz Antenna with N connector CA5-00 Yagi Antenna 216 to 98 MHz (center frequency ±1% maximum) A B (Shown vertically polarized) Dimensions: A B Frequency 216 MHz 52.8 inches 26.8 inches (141 mm) (681 mm) 98 MHz 1.8 inches 14.5 inches (806 mm) (67 mm) Order Information: Contact Kathrein Scala Division Customer Service for detailed order information. All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

111 MHz Log Periodic antenna CL7-00 Log Periodic Antenna MHz The Kathrein Scala Division CL7-00 broadband log-periodic antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty construction. l Anodized 6061-T6 aluminum elements. l Easy element replacement if necessary. l Double boom of 6061-T6 rectangular aluminum tube. l High front-to-back and front-to-side ratios without minor lobes. (Shown vertically polarized) Specifications: Frequency range MHz Gain 9.5 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Front-to-back ratio >25 db Maximum input power 250 watts (at 5) H-plane beamwidth 80 degrees (half-power) E-plane beamwidth 58 degrees (half-power) Connector N female Weight 17 lb (7.7 kg) Dimensions 62.1 x 28 inches (1577 x 711 mm) Wind load at 0 mph (160 kph) lbf (14 N) Wind survival rating* 0 mph (160 kph) Shipping dimensions 64 x 11 x 6 inches (1626 x 279 x 152 mm) Shipping weight 21 lb (9.5 kg) Mounting For masts of 2.75 inches (60 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 15-C [email protected] Internet: 5

112 MHz Log Periodic antenna CL7-00 Log Periodic Antenna MHz 62.1 inches (1577 mm) 28 inches (711 mm) (Shown horizontally polarized) Order Information: Model CL7-00N MHz Log Periodic antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

113 Antenna with N connector PR Series Paraflector Antenna 406 to 512 MHz The Kathrein Scala Division PR-series Paraflector antennas are intended for use in professional fixed-station applications in the MHz band. They feature: l High gain, half parabolic design. l Lower weight and surface area than a parabolic dish or grid. l Anodized seamless drawn aluminum pipe and tubing. l Stainless steel hardware and fasteners. l Weather resistant foam-filled broadband feed assembly requires no pressurization. Easily replaced for frequency changes. l Compact packaging for UPS or Federal Express shipment. Specifications: Model Frequency Gain Frequency range PR MHz 17 dbi PR MHz 17.5 dbi PR MHz 17.5 dbi PR MHz 17.5 dbi PR MHz 17.5 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Horizontal or vertical Front-to-back ratio 25 db Maximum input power 0 watts (at 5C) H-plane beamwidth 24 degrees (half-power) E-plane beamwidth 2 degrees (half-power) Connector N female Weight 8 lb (17.2 kg) Dimensions 68 x 6 x 18 inches (1727 x 914 x 457 mm) Wind load at 9 mph (150kph) Front/Side 14 lbf / 72 lbf (594 N) / ( N) Wind survival rating* 0 mph (161 kph) Shipping dimensions 40 x 6 x 7 inches (16 x 914 x 178 mm) Shipping weight 47 lb (.4 kg) Mounting Mounting kits available for masts of 2.75 to 4.5 inches (60 to 114 mm) OD. See reverse for order information (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details PARAFLECTOR is a registered trademark of Kathrein Inc., Scala Division C E-plane Horizontal pattern H-polarization Vertical pattern V-polarization [email protected] Internet: 7

114 Antenna with N connector PR Series Paraflector Antenna 406 to 512 MHz 68 inches (1727 mm) 18 inches (457 mm) MKPX-8 Mounting Kit Mounting Options: Model MKPX-8 (shown) MKPX-9 MKPX- MKPX-11 MKPX-12 MKTB-1 Mounting Kit for 2.75 inch (60 mm) OD mast. Mounting Kit for inch (7 mm) OD mast. Mounting Kit for.5 inch (89 mm) OD mast. Mounting Kit for 4 inch (2 mm) OD mast. Mounting Kit for 4.5 inch (114 mm) OD mast. Tilt Mounting Kit, 8 9 degrees tilt angle. Used with any MKPX kit listed above 6 inches (914 mm) Order Information: Model PR MHz Antenna (mounting kit not included) PRF-4 Replacement feed assembly (406 4 MHz) PR MHz Antenna (mounting kit not included) PRF-460 Replacement feed assembly ( MHz) PR MHz Antenna (mounting kit not included) PRF-480 Replacement feed assembly ( MHz) PR MHz Antenna (mounting kit not included) PRF-490 Replacement feed assembly ( MHz) PR MHz Antenna (mounting kit not included) PRF-500 Replacement feed assembly ( MHz) Note: Requires mounting kit at additional cost (see listing above). Contact Kathrein Scala Division sales engineering for special models for frequencies in the 50 to 406 MHz band. (Shown vertically polarized) All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

115 Antenna with N connector K71221 Corner Reflector Antenna MHz The Kathrein K71221 corner reflector antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Weather-resistant aluminum constuction. l Stainless steel mounting hardware and fasteners. l All metal parts are DC grounded. Specifications: Frequency range MHz Gain 11 dbi Impedance 50 ohms VSWR MHz <1.5: MHz <1.:1 Polarization Vertical Maximum input power 180 watts (at 5C) H-plane beamwidth 44 degrees (half-power) E-plane beamwidth 67 degrees (half-power) Connector N female Weight 6.2 lb (2.8 kg) Dimensions 45.5 x 22.7 x 19.7 inches (1155 x 577 x 500 mm) Wind load at 9 mph (150kph) 41 lbf (180 N) Wind survival rating* 90 mph (150 kph) Shipping dimensions.1 x.6 x 7.4 inches (842 x 524 x 187 mm) Shipping weight 8.8 lb (4 kg) Mounting For masts of 1.2 to inches (0 to 54 mm) OD. See reverse for order information H-plane Horizontal pattern V-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Vertical pattern V-polarization 15 Order Information: Model K71221 Corner relector antenna 681-C 96.04/a [email protected] Internet: 9

116 1

117 Antenna with N connector CA7 Series Yagi Antenna 406 to 512 MHz The Kathrein Scala Division CA7 series yagi antennas are intended for use in professional fixed-station applications in the MHz band. They feature: l Internal balun and dipole feedpoint sealed within the boom assembly. l Balanced feed system, with no capacitors. l Heavy wall anodized aluminum pipe and tubing. l Heavy-duty aluminum castings and stainless steel hardware. l All aluminum components anodized for corrosion resistance. l Entire antenna at DC ground potential. l Dual and quad arrays also available. (Shown vertically polarized) CA7-4 CA7-460 CA7-480 CA7-490 CA H-plane Horizontal pattern V-polarization Vertical pattern H-polarization H-plane Horizontal pattern V-polarization Vertical pattern H-polarization 15 CA7-4 CA7-460 CA7-480 CA7-490 CA E-plane Horizontal pattern H-polarization Vertical pattern V-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 15 6-C [email protected] Internet: 111

118 Antenna with N connector CA7 Series Yagi Antenna 406 to 512 MHz Specifications: CA7-4 Frequency range MHz Gain 12 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Front-to-back ratio >18 db Maximum input power 250 watts (at 5C) H-plane beamwidth 5 degrees (half-power) E-plane beamwidth 41 degrees (half-power) Connector N female Weight 6.5 lb (2.95 kg) Dimensions 44 x 16.5 inches (1118 x 419 mm) Wind load at 0 mph (160 kph) Front 21 lbf (90 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 48 x 26 x 6 inches (1219 x 660 x 152 mm) Shipping weight 12 lb (5.4 kg) Mounting For masts of 2.75 inches (60 mm) OD. Specifications: CA7-460 CA7-480 Frequency range MHz* MHz Gain 12 dbi 12 dbi Impedance 50 ohms 50 ohms VSWR <1.5:1** <1.5:1 Polarization Horizontal or vertical Horizontal or vertical Front-to-back ratio >18 db >18 db Maximum input power 250 watts (at 5C) 250 watts (at 5C) H-plane beamwidth 5 degrees (half-power) 5 degrees (half-power) E-plane beamwidth 41 degrees (half-power) 41 degrees (half-power) Connector N female N female Weight 6.5 lb (2.95 kg) 6.5 lb (2.95 kg) Dimensions 9.9 x 14.9 inches (1 x 78 mm) 8.1 x 1.1 inches (968 x mm) Wind load at 0 mph (160 kph) at 0 mph (160 kph) Front 21 lbf (90 N) 21 lbf (90 N) Wind survival rating* 1 mph (0 kph) 1 mph (0 kph) Shipping dimensions 41 x 15 x 6 inches (41 x 81 x 152 mm) 41 x 15 x 6 inches (41 x 81 x 152 mm) Shipping weight 9 lb (4.1 kg) 9 lb (4.1 kg) Mounting For masts of 2.75 inches (60 mm) OD. For masts of 2.75 inches (60 mm) OD. ** VSWR for MHz <1.5:1 * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. Order Information: Model CA7-4 CA7-460 CA MHz Yagi antenna MHz Yagi antenna MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

119 Antenna with N connector CA7 Series Yagi Antenna 406 to 512 MHz Specifications: CA7-490 CA7-500 Frequency range MHz MHz Gain 12 dbi 12 dbi Impedance 50 ohms 50 ohms VSWR <1.5:1 <1.5:1 Polarization Horizontal or vertical Horizontal or vertical Front-to-back ratio >18 db >18 db Maximum input power 250 watts (at 5C) 250 watts (at 5C) H-plane beamwidth 5 degrees (half-power) 5 degrees (half-power) E-plane beamwidth 41 degrees (half-power) 41 degrees (half-power) Connector N female N female Weight 6.5 lb (2.95 kg) 6.5 lb (2.95 kg) Dimensions 7.6 x 12.2 inches (956 x 11 mm) 6.5 x 12.5 inches (927 x 18 mm) Wind load at 0 mph (160 kph) at 0 mph (160 kph) Front 21 lbf (90 N) 21 lbf (90 N) Wind survival rating* 1 mph (0 kph) 1 mph (0 kph) Shipping dimensions 41 x 15 x 6 inches (41 x 81 x 152 mm) 41 x 15 x 6 inches (41 x 81 x 152 mm) Shipping weight 9 lb (4.1 kg) 9 lb (4.1 kg) Mounting For masts of 2.75 inches (60 mm) OD. For masts of 2.75 inches (60 mm) OD. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. CA7-4 CA7-460 CA7-480 CA7-490 CA H-plane Horizontal pattern V-polarization Vertical pattern H-polarization H-plane Horizontal pattern V-polarization Vertical pattern H-polarization 15 CA7-4 CA7-460 CA7-480 CA7-490 CA Order Information: Model CA7-490 CA MHz Yagi antenna MHz Yagi antenna E-plane Horizontal pattern H-polarization Vertical pattern V-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 15 All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 11

120 Antenna with N connector CA7 Series Yagi Antenna 406 to 512 MHz A B (Shown vertically polarized) Dimensions: Model A B CA inches 16.5 inches (1118 mm) (419 mm) CA inches 14.9 inches (1 mm) (78 mm) CA inches 1.1 inches (986 mm) ( mm) CA inches 12.2 inches (956 mm) (11 mm) CA inches 12.5 inches (927 mm) (18 mm) Order Information: Model CA7-4 CA7-460 CA7-480 CA7-490 CA MHz Yagi antenna MHz Yagi antenna MHz Yagi antenna MHz Yagi antenna MHz Yagi antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

121 Antenna with N connector RA5-400B The Kathrein Scala Division RA5-400B broadband dipole antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Heavy-duty fiberglass radome to protect antenna. l Balanced driven element for superior performance in icing conditions. l Internal balun and dipole feedpoint sealed within the boom assembly. l Anodized 6061-T6 aluminum tubing. l Heavy-duty aluminum castings and stainless steel hardware. l Entire antenna at DC ground potential. l Dual and quad arrays available. Radome Protected Yagi Antenna MHz (in 6 MHz segments) (Shown vertically polarized) Specifications: Frequency range Gain Impedance VSWR Polarization Front-to-back ratio Maximum input power H-plane beamwidth E-plane beamwidth Connector Weight Dimensions Wind load Side/Top/Rear Wind survival rating* Shipping dimensions Shipping weight MHz in 6 MHz segments 12 dbi 50 ohms <1.:1 ± 1 MHz <1.5:1 ± MHz Horizontal or vertical >2 db 250 watts (at 5C) 66 degrees (half-power) 50 degrees (half-power) N female 22 lb ( kg) 29 x 17 x 12 inches (77 x 42 x 05 mm) at 9 mph (150kph) 6 lbf / 16 lbf / 7 lbf (279 N) / (69 N) / (164 N) 1 mph (0 kph) 1 x x 14.5 inches (787 x 508 x 68 mm) 28.0 lb (12.7 kg) Mounting Mounting kits available for masts of 2.75 to 4.5 inch (60 to 114 mm) OD. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization Contact Kathrein Kathrein Scala Division Division Customer Service for detailed order information. 5-F [email protected] Internet: 115

122 Antenna with N connector RA5-400B Radome Protected Yagi Antenna MHz (in 6 MHz segments) 29 inches (77 mm) 12 inches (05 mm) MKPS-1 Mounting Kit 17 inches (42 mm) Mounting Options: Model MKPS-1(shown) MKPS-2 MKPS- MKPS-4 MKPS-5 Mounting Kit for 2.75 inch (60 mm) OD mast. Mounting Kit for inch (7 mm) OD mast. Mounting Kit for.5 inch (89 mm) OD mast. Mounting Kit for 4 inch (2 mm) OD mast. Mounting Kit for 4.5 inch (114 mm) OD mast. Order Information: Contact Kathrein Scala Division Customer Service for detailed order information. All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

123 The Kathrein K and K broadband log-periodic antennas are intended for use in professional fixed-station applications in the MHz band. They feature: l Entire antenna enclosed in impact-resistant fiberglass radome. l Protection from icing, saltwater, and corrosive atmospheres. l Well suited for use in arrays for special requirements. l High front-to-back and front-to-side ratios without minor lobes. Antenna with N connector K Antenna with 7-16 DIN connector K Radome Protected Yagi Antenna MHz Specifications: Frequency range MHz Gain.5 dbi Impedance 50 ohms VSWR <1.4:1 Polarization Horizontal or vertical Front-to-back ratio >0 db Maximum input power 00 watts (at 5C) H-plane beamwidth 67 degrees (half-power) E-plane beamwidth 5 degrees (half-power) Side-lobe suppression MHz > db MHz >25 db Connector N or 7/16 DIN female Weight 19.8 lb (9 kg) Dimensions 45.4 x 1.9 x 7.1 inches (115 x 5 x 180 mm) Wind load at 9 mph (150kph) Front/Side H-pol 1 lbf / 21 lbf (55 N) / (90 N) Front/Side V-pol 1 lbf / 99 lbf (55 N) / (440 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 46.1 x 14.6 x 8.9 inches (1172 x 72 x 225 mm) Shipping weight 25.4 lb (11.5 kg) Mounting For masts of 1.9 to 4.5 inches (48 to 115 mm) OD. See reverse for order information. (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 242-E /a [email protected] Internet: 117

124 Antenna with N connector K Antenna with 7-16 DIN connector K Radome Protected Yagi Antenna MHz 45.4 inches (115 mm) 7.1 inches (180 mm) 1.9 inches (5 mm) (Shown vertically polarized) Order Information: Model K K Radome protected yagi antenna with N connector Radome protected yagi antenna with 7-16 DIN connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

125 The Kathrein Scala CL6-440 is a broadband log-periodic antenna designed for professional fixed station applications in the MHz band. It features very flat frequency response and low VSWR. Conservative mechanical and electrical design, and the use of carefully selected materials result in high levels of performance and reliability in even the most severe environments. Antenna with N female connector CL6-440N Antenna with TNC male connector CL6-440T Log-Periodic Antenna MHz Specifications: Frequency range MHz (broadband) Gain 8.5 dbi Impedance 50 ohms VSWR <1.5:1 Polarization Horizontal or vertical Front-to-back ratio >15 db Maximum input power 50 watts H-plane beamwidth 80 degrees (half-power) E-plane beamwidth 55 degrees (half-power) Connector N female or TNC male Weight.8 lb (1.7 kg) Dimensions 29 x 16 x 6 inches (77 x 406 x 152 mm) Wind load at 0 mph (160 kph) Front lbf (4 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 2 x 16 x 5 inches (81 x 406 x 127 mm) Shipping weight 7 lb (.2 kg) Mounting For masts of 1.75 to 2.75 inch (45 to 70 mm) OD. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 572-C [email protected] Internet: 119

126 Antenna with N female connector CL6-440N Antenna with TNC male connector CL6-440T Log-Periodic Antenna MHz 2 x Mounting Options: 2 x Mounting for 1.75 to 2.75 inch (45 to 70 mm) OD mast. 6 inches (152 mm) 29 inches (77 mm) 16 inches (406mm) Order Information: Model CL6-440N CL6-440T Antenna with N female connector Antenna with TNC male connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

127 Antenna with N female connector CA5-400 Yagi Antenna 400 to 512 MHz (in 6 MHz segments) The Scala CA5-400 five-element yagi antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Balanced feed system with no capacitors for superior performance in icing conditions. l Internal balun and dipole feedpoint sealed within the boom assembly. l Anodized 6061-T6 aluminum tubing. l Heavy-duty aluminum castings and stainless steel hardware. l Entire antenna at DC ground potential. l Dual and quad arrays available. Specifications: Frequency range Gain Impedance VSWR Polarization Front-to-back ratio Maximum input power H-plane beamwidth E-plane beamwidth Termination Weight Dimensions MHz in 6 MHz segments 12 dbi 50 ohms <1.:1 ± 1 MHz <1.5:1 ± MHz Horizontal or vertical > db 250 watts (at 5C) 64 degrees (half-power) 48 degrees (half-power) N female 4 lb (1.82 kg) 1.5 x 14. x 4 inches (maximum) (800 x 64 x 2 mm) at 0 mph (160 kph) Wind load Front 1 lbf (57 N) Wind survival rating 0 mph (22 kph) Shipping dimensions Shipping weight Mounting 41 x 15 x 6 inches (41 x 81 x 152 mm) 7 lb (.18 kg) For masts of 2.75 inches (60 mm) OD. Order Information: Contact Scala Customer Service for detailed order information. (Shown vertically polarized) H-plane Horizontal pattern V-polarization Vertical pattern H-polarization * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 24-C [email protected] Internet: 121

128 Antenna with N female connector CA5-400 Yagi Antenna 400 to 512 MHz (in 6 MHz segments) A B (Shown vertically polarized) Dimensions: A B Frequency 4 MHz 1. inches 14 inches (795 mm) (56 mm) 460 MHz 28.6 inches 1. inches (727 mm) (7 mm) 490 MHz 27.9 inches 11.1 inches (707 mm) (0 mm) Order Information: Contact Scala Customer Service for detailed order information. All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

129 Antenna with N connector CL6-450B Log Periodic Antenna MHz The Kathrein Scala Division CL6-450B broadband log-periodic antenna is intended for use in professional fixed-station applications in the MHz band. It features: Heavy-duty construction. Brass antenna assembly protected by cast aluminum backplate and rugged fiberglass radome. Stable operation in severe icing conditions. High front-to-back and front-to-side ratios without minor lobes. (Shown vertically polarized) Specifications: Frequency range MHz Gain 8.5 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Horizontal or vertical Front-to-back ratio >5 db Maximum input power 500 watts (at 5C) H-plane beamwidth 86 degrees (half-power) E-plane beamwidth 60 degrees (half-power) Connector N female Weight 22 lb ( kg) Dimensions 29 x 17 x 12 inches (77 x 42 x 05 mm) Wind load at 9 mph (150kph) Side/Top/Rear 6 lbf / 16 lbf / 7 lbf (279 N) / (69 N) / (164 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 1 x x 14.5 inches (787 x 508 x 68 mm) Shipping weight 28.0 lb (12.7 kg) Mounting Mounting kits are available for masts of 2.75 to 4.5 inch (60 to 114 mm) OD. See reverse for order information. * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 627-D [email protected] Internet: 12

130 Antenna with N connector CL6-450B Log Periodic Antenna MHz 29 inches (77 mm) 12 inches (05 mm) MKPS-1 Mounting Kit 17 inches (42 mm) Mounting Options: Model MKPS-1(shown) MKPS-2 MKPS- MKPS-4 MKPS-5 Mounting Kit for 2.75 inch (60 mm) OD mast. Mounting Kit for inch (7 mm) OD mast. Mounting Kit for.5 inch (89 mm) OD mast. Mounting Kit for 4 inch (2 mm) OD mast. Mounting Kit for 4.5 inch (114 mm) OD mast. Order Information: Model CL6-450B Log Periodic antenna with N connector All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

131 Weather resistant aluminum radiator. White fiberglass radome. DC Grounded metallic parts for impulse suppression. All stainless steel fasteners. Antenna with N connector Log-periodic Antenna 90 5 MHz General specifications: Frequency range 80 5 MHz VSWR <1.5:1 Impedance 50 ohms Intermodulation (2xw) IM: <-150 dbc Polarization Vertical Connector 7-16 DIN female (rear side pointing downwards) Maximum input power 500 watts (at 5C) per input Weight 1.2 lb (6 kg) Dimensions 0.9 x 15.7 x 15.7 inches (785 x 400 x 400 mm) Wind load at 9 mph (150kph) Front/Side 1 lbf / 4 lbf (55 N) / (150 N) Wind survival rating* 1 mph (180 kph) Shipping dimensions 6 x 19.1 x 19.1 inches (915 x 485 x 485 mm) Shipping weight 15.4 lb (7 kg) Mounting Fixed mount option is available for 2 to 4.6 inch (50 to 115 mm) OD masts. See reverse for order information MHz 6 12 H-plane Horizontal pattern V-polarization Vertical pattern H-polarization MHz E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 9 * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization MHz H-plane Horizontal pattern V-polarization Vertical pattern H-polarization E-plane Horizontal pattern H-polarization Vertical pattern V-polarization 15 Specifications: 80 4 MHz MHz MHz Gain 9.2 dbi 9 dbi 8.7 dbi Horizontal beamwidth 8 (half-power) 85 (half-power) 88 (half-power) Vertical beamwidth 61 (half-power) 6 (half-power) 59 (half-power) 152-B /a [email protected] Internet: 125

132 Antenna with N connector Log-periodic Antenna 90 5 MHz 64 mm M8 2 x Mounting Kit Mounting Options: Model 2 x Mounting Kit for 2 to 4.6 inch (50 to 115 mm) OD mast. 0.8 inches (782 mm) inches ± inches (68 mm ± 4) (76 mm) 15.8 inches (402 mm) Order Information: Model Log-periodic antenna All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

133 Antenna with N connector K Dipole Antenna MHz The Kathrein K broadband dipole antenna is intended for use in professional fixed-station applications in the MHz band. It features: l Special mount and standoff to provide a variety of radiation patterns. l Very strong and weather resistant design. l Feedpoint protected by fiberglass radome. l Elements can be stacked for additional gain. l Stainless steel hardware throughout. l Entire antenna at DC ground potential. Specifications: Frequency range MHz Gain 4 dbi Impedance 50 ohms VSWR MHz <1.5: MHz <1.5:1 A= 1 4 λ MHz <2.0:1 A> 1 4 λ Polarization Vertical Front-to-back ratio 7.7 db 1 4 λ spacing on 2.75 inch (60 mm) OD mast Maximum input power 450 watts (at 5C) H-plane beamwidth 2 degrees (half-power, 1 4 λ spacing) E-plane beamwidth 80 degrees (half-power, 1 4 λ spacing) Connector N female Weight.5 lb (1.6 kg) Dimensions 2.9 x 12.4 x.4 inches (607 x 15 x 86 mm) Wind load at 9 mph (150kph) 9 lbf (40 N) Wind survival rating* 1 mph (0 kph) Shipping dimensions 4.6 x 1 x.9 inches (880 x 0 x 0 mm) Shipping weight 7 lb (.2 kg) Mounting For masts of 2.75 to inches (60 to mm) OD. See reverse for order information. H-plane Horizontal pattern V-polarization 1 4 λ spacing 2.75 inch (60 mm) OD mast * Mechanical design is based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. See the Engineering Section of the catalog for further details. E-plane Vertical pattern V-polarization 1 4 λ spacing 2.75 inch (60 mm) OD mast 241-D /d [email protected] Internet: 127

134 Antenna with N connector K Dipole Antenna MHz Horizontal radiation pattern 2.75 inch (60 mm) OD mast Mounting 6. inch (160 mm) OD mast inches ( mm) A 9.9 inch (250 mm) OD mast 12.4 inches (15 mm) 2.7 inch (600 mm) OD mast Order Information: Model K MHz Dipole antenna Triangular lattice mast with a side length of inch (500 mm) A=0.25 λ A=0.5 λ A=0.75 λ All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

135 Indoor Antennas Frequency Gain Model Horizontal Page Range (dbi) Number Beamwidth Number MHz Omni MHz Directional MHz Omni MHz Directional MHz Omni MHz Omni MHz Omni MHz Directional

136 Indoor Antennas Model Frequency Gain Horizontal Page Number Range (dbi) Beamwidth Number MHz Omni MHz Directional MHz Omni MHz Directional MHz Omni MHz Omni MHz Omni MHz Directional

137 Omnidirectional Indoor Antenna The Kathrein , 800 9, and are omnidirectional antennas designed for indoor installations. The very compact and low profile design incorporates its own ground plane which also attaches it to the ceiling or other mounting surface. Specifications: Frequency MHz range MHz MHz Gain 2 dbi Impedance 50 ohms VSWR < 2.0:1 Polarization Vertical Maximum input power 50 watts (at 5C) H-plane beamwidth Omni Connector N female Protection class IP 0 Weight 0.95 lb (0.429 kg) Dimensions.2 x.2 x inches (258 x 258 x 77 mm) Shipping dimensions.5 x.5 x 4.5 inches (267 x 267 x 114 mm) Mounting Mounts to ceiling using three screws (two types supplied). A 1.4 in. (5 mm) hole is required for the N connector. N connector, female holes 0.2 inch (5 mm dia.) 0.6 inch (15. mm) 0.06 inch (1.6 mm) 6. inches (160 mm) diameter 1 min. dia. 5 mm 2 min. dia. 5 mm min. dia. 5 mm Press radome against installed reflector. Rotate radome until it locks in place. Pull downwards to remove radome. Order Information: Model Omnidirectional indoor antenna MHz Omnidirectional indoor antenna MHz Omnidirectional indoor antenna MHz 157-C /b All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 11

138 The Kathrein , 800 0, and are broadband directional gain antennas designed for indoor installations in wireless communications systems. These compact antennas are supplied with a mounting bracket for attachment to a wall or other surface. The radiating element and aluminum backplate assembly are protected by a white cover. Directional Indoor Antenna Specifications: Frequency range MHz MHz MHz Gain 7 dbi Impedance 50 ohms VSWR < 2.0:1 Polarization Vertical Maximum input power 50 watts (at 5 C) H-plane beamwidth 90 degrees (half-power) Connector N female Protection class IP 0 Weight.1 lb (1.9 kg) Dimensions 11.9 x 9.9 x 2 inches (02 x 24 x 50 mm) Shipping dimensions 12.4 x 9.8 x 2.4 inches (15 x 252 x 62 mm) Shipping weight 4.4 lb (2 kg) Mounting Mounting clip supplied Order Information: Model Indoor antenna with N female connector Indoor antenna with N female connector Indoor antenna with N female connector 0 db H-plane Horizontal pattern V-polarization Mounting: Mount the attachment plate to the wall using two screws of 4 mm diameter in the position as indicated. Align the antenna over the attachment plate. Pull the antenna down to the stop C /b All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

139 Kathrein s omnidirectional antenna incorporates the quality design and attention to detail that have established our entire line of antennas as industry leaders. This antenna features: Brass dipole. White fiberglass radome DC grounding of all metal parts including the inner conductor. Optional aluminum mounting plate. Indoor antenna without connector Omnidirectional Antenna MHz Specifications: Frequency range MHz Gain 2 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 50 watts (at 5C) H-plane beamwidth Omni Input Gray 9 inch (1 m) RG 58/CU cable without connector Weight 0.51 lb ( g) Height 14.2 inches (60 mm) Radome diameter 0.78 inches ( mm) Shipping dimensions 25.6 x 5.1 inches (650 x 10 mm) foil pack Mounting Mounts through a 0.47 inch (12 mm) hole. An aluminum mounting plate is included for mounting on surfaces more than 0.4 inches ( mm) thick 0.4 inches ( mm) max. Ceiling 0.22 inches (5.5 mm) 0.87 inches (22 mm) max. Ceiling Mounting plate.5 inches (90 mm) Order Information: Model Antenna 156-A All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 1

140 Indoor antenna without connector Kathrein s omnidirectional antenna incorporates the quality design and attention to detail that have established our entire line of antennas as industry leaders. This antenna features: Brass dipole. White fiberglass radome DC grounding of all metal parts including the inner conductor. Optional aluminum mounting plate. Omnidirectional Antenna MHz Specifications: Frequency range MHz Gain 2 dbi Impedance 50 ohms VSWR < 1.5:1 Polarization Vertical Maximum input power 50 watts (at 5C) H-plane beamwidth Omni Input Gray 9 inch (1 m) RG 58/CU cable without connector Weight 0.55 lb (250 g) Height 15.7 inches (400 mm) Radome diameter 0.78 inches ( mm) Shipping dimensions 25.6 x 5.1 inches (650 x 10 mm) foil pack Mounting Mounts through a 0.47 inch (12 mm) hole. An aluminum mounting plate is included for mounting on surfaces more than 0.4 inches ( mm) thick 0.4 inches ( mm) max. Ceiling 0.22 inches (5.5 mm) 0.87 inches (22 mm) max. Ceiling Mounting plate.5 inches (90 mm) Order Information: Model Antenna A All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

141 Accessories Frequency Model Alternate Page Range Number Model Number Number MHz...K Way RF Power Divider MHz...PDL2-55/ Way RF Power Divider MHz...PDL-/50...-Way RF Power Divider MHz...PDL4-2222/ Way RF Power Divider MHz...PDM2-55/ Way RF Power Divider MHz...PDM-/50...-Way RF Power Divider MHz...PDM4-2222/ Way RF Power Divider MHz...K Way RF Power Divider MHz...K Way RF Power Divider MHz...K Way RF Power Divider MHz...K PD2-LLN...2-Way Power Divider MHz...K PD2-LHD...2-Way Power Divider MHz...K621...PD-LLN...-Way Power Divider MHz...K627...PD-LHD...-Way Power Divider MHz...K PD4-LLN...4-Way Power Divider MHz...K PD4-LHD...4-Way Power Divider

142 Accessories Model Alternate Frequency Page Number Model Number Range Number K MHz....2-Way RF Power Divider K MHz....2-Way RF Power Divider... 1 K MHz....-Way RF Power Divider K MHz....4-Way RF Power Divider K PD2-LLN MHz....2-Way Power Divider K PD2-LHD MHz....2-Way Power Divider K621...PD-LLN MHz....-Way Power Divider K627...PD-LHD MHz....-Way Power Divider K PD4-LLN MHz....4-Way Power Divider K PD4-LHD MHz....4-Way Power Divider PDL2-55/ MHz....2-Way RF Power Divider PDL-/ MHz....-Way RF Power Divider PDL4-2222/ MHz....4-Way RF Power Divider PDM2-55/ MHz....2-Way RF Power Divider PDM-/ MHz....-Way RF Power Divider PDM4-2222/ MHz....4-Way RF Power Divider

143 2-way RF Power Divider K RF Power Divider MHz Kathrein RF power dividers are designed for use in a number of professional applications including multi-element antenna arrays and radiating cable systems and other cases where efficient broadband power splitting is required. These dividers feature low insertion loss and excellent impedance match. Careful and conservative mechanical designs assure a long service life with high reliability and stability in even the most difficult environmental conditions. Kathrein Scala Division has provided thousands of these rugged and reliable RF power dividers for communications and broadcasting systems over the past 40 years and we welcome the opportunity to help you find the best and most cost-effective solutions for your system requirements. K B 96.12/b [email protected] Internet: 17

144 2-way RF Power Divider K RF Power Divider MHz 6. inches (160 mm) 6. inches (160 mm) 7.4 inches max. (950 mm) Note: Dimensions shown do not include connectors. Specifications: K Frequency range MHz Impedance 50 ohms Insertion loss <0.05 db Split 50%/50% VSWR <1.1:1 Maximum input power 960 watts Connector N female Weight 12. lb (5.6 kg) Dimensions 7.4 x 6. x 6. inches (950 x 160 x 160 mm) Shipping dimensions 8.4 x 7 x 7 inches (975 x 178 x 178 mm) Shipping weight 1.2 lb (6 kg) Mounting For masts of 2.75 to 12.6 inch (60 to mm) OD. Order Information: Model K way RF Power Divider All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

145 K and PD Series RF Power Dividers MHz Kathrein RF power dividers are designed for use in a number of professional applications including multi-element antenna arrays and radiating cable systems and other cases where efficient broadband power splitting is required. These dividers feature low insertion loss and excellent impedance match. Careful and conservative mechanical designs assure a long service life with high reliability and stability in even the most difficult environmental conditions. Kathrein has provided thousands of these rugged and reliable RF power dividers for communications and broadcasting systems over the past 40 years and we welcome the opportunity to help you find the best and most cost-effective solutions for your system requirements. PDL-/50 In addition to the standard models listed, Kathrein Scala Division offers a number of special types with optional features designed to facilitate system design and operation. These include: l Unequal power splits. Common examples include 75%/25%, 90%/%, 50%/25%/25%, and 50%/25%/12.5%/12.5%, etc. Almost any split ratio is available on special order. Very useful for special antenna arrays and in the design of radiating cable systems. l 1KW-rated power dividers. Two to eight-way equal splits, 7/8" EIA or 7/16 DIN input. l Built-in impedance transformation for 50Ω input and 75Ω outputs, or for 75Ω input and 50Ω outputs. A handy tool to accommodate the use of cost effective 75-ohm CATV type coaxial cables. Kathrein Scala Division s CX-series in-line coax transformers are also available for interfacing 50Ω and 75Ω RF system components. l Special mounting arrangements for alternate mast sizes, etc. PDM2-55/50 K A 96.12/a [email protected] Internet: 19

146 PDL Series RF Power Dividers MHz.25 inches (8 mm) 5.6 inches (142 mm) 4.6 inches (117 mm) Note: Dimensions shown do not include connectors. Specifications: PDL2-55/50 PDL-/50 PDL4-2222/50 Frequency range MHz MHz MHz Impedance 50 ohms 50 ohms 50 ohms Insertion loss <0.5 db <0.5 db <0.5 db Split 50%/50%.%/.%/.% 25%/25%/25%/25% VSWR <1.2:1 <1.2:1 <1.2:1 Maximum input power 0 watts 0 watts 0 watts Connector N female N female N female Weight 2 lb (0.9 kg) 2 lb (0.9 kg) 2.25 lb (1 kg) Dimensions* 5.6 x 4.6 x.25 inches 5.6 x 4.6 x.25 inches 5.6 x 4.6 x.25 inches (142 x 117 x 8 mm) (142 x 117 x 8 mm) (142 x 117 x 8 mm) Shipping dimensions 12 x 9 x 4 inches 12 x 9 x 4 inches 12 x 9 x 4 inches (05 x 229 x 2 mm) (05 x 229 x 2 mm) (05 x 229 x 2 mm) Shipping weight lb (1.6 kg) lb (1.6 kg) lb (1.6 kg) Mounting For masts of 1.25 to 2.75 inch (2 to 60 mm) OD. * Excludes connectors and bracket. Order Information: Model PDL2-55/50 PDL-/50 PDL4-2222/50 2-way RF Power Divider -way RF Power Divider 4-way RF Power Divider All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

147 PDM Series RF Power Dividers MHz.25 inches (8 mm) 9.1 inches (21 mm) 4.75 inches (121 mm) Note: Dimensions shown do not include connectors. Specifications: PDM2-55/50 PDM-/50 PDM4-2222/50 Frequency range MHz MHz MHz Impedance 50 ohms 50 ohms 50 ohms Insertion loss <0.5 db <0.5 db <0.5 db Split 50%/50%.%/.%/.% 25%/25%/25%/25% VSWR <1.2:1 <1.2:1 <1.2:1 Maximum input power 500 watts 500 watts 500 watts Connector N female N female N female Weight 7 lb (.2 kg) 7 lb (.2 kg) 7 lb (.2 kg) Dimensions* 9.1 x 4.75 x.25 inches 9.1 x 4.75 x.25 inches 9.1 x 4.75 x.25 inches (21 x 121 x 8 mm) (21 x 121 x 8 mm) (21 x 121 x 8 mm) Shipping dimensions 12 x 9 x 4 inches 12 x 9 x 4 inches 12 x 9 x 4 inches (05 x 229 x 2 mm) (05 x 229 x 2 mm) (05 x 229 x 2 mm) Shipping weight 8 lb (.6 kg) 8 lb (.6 kg) 8 lb (.6 kg) Mounting For masts of 1.25 to 2.75 inch (2 to 60 mm) OD. * Excludes connectors and bracket. Order Information: Model PDM2-55/50 PDM-/50 PDM4-2222/50 2-way RF Power Divider -way RF Power Divider 4-way RF Power Divider All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet: 141

148 2-way RF Power Divider K way RF Power Divider K way RF Power Divider K inches (160 mm) 6. inches (160 mm) RF Power Dividers MHz 28.7 inches max. (70 mm) Note: Dimensions shown do not include connectors. Specifications: K K K Frequency range MHz MHz MHz Impedance 50 ohms 50 ohms 50 ohms Insertion loss <0.05 db <0.05 db <0.05 db Split 50%/50%.%/.%/.% 25%/25%/25%/25% VSWR <1.1:1 <1.1:1 <1.1:1 Maximum input power 680 watts 680 watts 680 watts Connector N female N female N female Weight lb (4.6 kg) lb (4.6 kg) lb (4.6 kg) Dimensions.9 x 6. x 6. inches 24.8 x 6. x 6. inches 28.7 x 6. x 6. inches (50 x 160 x 160 mm) (60 x 160 x 160 mm) (70 x 160 x 160 mm) Shipping dimensions 21.9 x 7 x 7 inches 25.8 x 7 x 7 inches 29.7 x 7 x 7 inches (555 x 178 x 178 mm) (655 x 178 x 178 mm) (755 x 178 x 178 mm) Shipping weight 12 lb (5.5 kg) 12 lb (5.5 kg) 12 lb (5.5 kg) Mounting For masts of 2.75 to 12.6 inch (60 to mm) OD. Order Information: Model K way RF Power Divider K way RF Power Divider K way RF Power Divider 1191-A 96.12/b All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

149 K62_ Series RF Power Dividers MHz Kathrein RF power dividers are designed for use in a number of professional applications including multi-element antenna arrays and radiating cable systems and other cases where efficient broadband power splitting is required. These dividers feature low insertion loss and excellent impedance match. Careful and conservative mechanical designs assure a long service life with high reliability and stability in even the most difficult environmental conditions. Kathrein Scala Division has provided several thousand of these rugged and reliable RF power dividers for communications and broadcasting systems over the past 40 years and we welcome the opportunity to help you find the best and most cost-effective solutions for your system requirements. K B 96.42/a [email protected] Internet: 14

150 K62_ Series RF Power Dividers MHz Specifications: K6221 K621 K6241 Frequency range MHz MHz MHz Impedance 50 ohms 50 ohms 50 ohms Insertion loss <0.05 db <0.05 db <0.05 db Split 50%/50%.%/.%/.% 25%/25%/25%/25% VSWR <1.1:1 <1.1:1 <1.1:1 Maximum input power 500 watts 500 watts 500 watts Connector N female N female N female Weight 4.5 lb (2 kg) 4.7 lb (2.1 kg) 4.8 lb (2.2 kg) Dimensions* 16.1 x 1.6 x 1.6 inches 16.1 x 1.6 x 1.6 inches 16.1 x 1.6 x 1.6 inches (409 x 40 x 40 mm) (409 x 40 x 40 mm) (409 x 40 x 40 mm) Shipping dimensions 16.7 x 4.2 x.7 inches 16.7 x 4.2 x.7 inches 16.7 x 4.2 x.7 inches (425 x 7 x 9 mm) (425 x 7 x 9 mm) (425 x 7 x 9 mm) Shipping weight 4.7 lb (2.1 kg) 4.9 lb (2.2 kg) 5 lb (2. kg) Mounting Mounting clamp available for masts of 2 to 5.7 inch (50 to 145 mm) OD. Specifications: K6227 K627 K6247 Frequency range MHz MHz MHz Impedance 50 ohms 50 ohms 50 ohms Insertion loss <0.05 db <0.05 db <0.05 db Split 50%/50%.%/.%/.% 25%/25%/25%/25% VSWR 1.1:1 <1.1:1 <1.1:1 Maximum input power 00 watts 00 watts 00 watts Connector 7-16 DIN female 7-16 DIN female 7-16 DIN female Weight 4.6 lb (2.1 kg) 4.8 lb (2.2 kg) 5 lb (2. kg) Dimensions* 16.1 x 1.6 x 1.6 inches 16.1 x 1.6 x 1.6 inches 16.1 x 1.6 x 1.6 inches (409 x 40 x 40 mm) (409 x 40 x 40 mm) (409 x 40 x 40 mm) Shipping dimensions 16.7 x 4.2 x.7 inches 16.7 x 4.2 x.7 inches 16.7 x 4.2 x.7 inches (425 x 7 x 9 mm) (425 x 7 x 9 mm) (425 x 7 x 9 mm) Shipping weight 4.8 lb (2.2 kg) 5 lb (2. kg) 5. lb (2.4 kg) Mounting Mounting clamp available for masts of 2 to 5.7 inch (50 to 145 mm) OD. *Excludes connector and bracket. Order Information: Model K way RF Power Divider with N connectors K621 -way RF Power Divider with N connectors K way RF Power Divider with N connectors K way RF Power Divider with 7-16 DIN connectors K627 -way RF Power Divider with 7-16 DIN connectors K way RF Power Divider with 7-16 DIN connectors Mounting Clamp Mounting Options: Model Mounting Clamp for 2 to 5.7 inch (50 to 145 mm) OD mast. All specifications are subject to change without notice. The latest specifications are available at [email protected] Internet:

151 Technical Information Title Page Number Dual Polarized Base Station Antenna For Polarization Diversity Systems Calculating Downtilt Formula For Estimating Gain For A Standard Directional Dipole Array Using The E & H Plane Patterns. 149 Advanced X-Pol Antenna Standards Calculating HPBW Touchdown Point Wind Survival Rating Comparison of Mechanical and Electrical Downtilt Signal Distribution Of Power Splitters Signal Distribution Of Power Taps Radiation Patterns For Side-Mounted Omnidirectional Antenna Directional Antenna In Front Of Reflecting Surfaces Isolation Between Dipoles Engineering Reference - Equations Panel Antenna Array Patterns Panel Antenna Test Specifications Glossary

152 Technical Information Title Page Number Advanced X-Pol Antenna Standards Calculating Downtilt Calculating HPBW Touchdown Point Comparison of Mechanical and Electrical Downtilt Directional Antenna In Front Of Reflecting Surfaces Dual Polarized Base Station Antenna For Polarization Diversity Systems Engineering Reference - Equations Formula For Estimating Gain For A Standard Directional Dipole Array Using The E & H Plane Patterns. 149 Glossary Isolation Between Dipoles Panel Antenna Array Patterns Panel Antenna Test Specifications Radiation Patterns For Side-Mounted Omnidirectional Antenna Signal Distribution Of Power Splitters Signal Distribution Of Power Taps Wind Survival Rating

153 Technical Information Dual Polarized Base Station Antennas For Polarization Diversity Systems It is well known that in a cellular network, mobile phones have considerably lower transmittal power than the transmitters of the base stations. This means that the transmission from the mobile phone to the base station (uplink) is much more unfavorable in relation to the transmission from the base station to the mobile phone (downlink). To compensate this, a way of improving the quality of reception at base stations had to be found. Due to the multi-path signal propagation of radio signals, which occurs in urban areas, so called Space Diversity Reception has been introduced which provides the best results in the field. Space Diversity Reception is based on the following idea: The signal transmitted by a mobile phone is reflected in the propagation field and reaches the base station via different paths and phase angles. As a result, the signal at the base station receiving antenna is the sum or various vectors with different amplitudes, phases and polarizations. If two receiving antennas are separated horizontally from each other, (preferable to vertical separation), then it is highly likely that one of them will provide the required signal strength (principle of uncorrelated signals). A logic unit ensures that the higher signal level of the two receiving antennas is fed into the receiving systems. Depending on the characteristics in the propagation area, the use of a Space Diversity Receiving System will produce a diversity gain of to 5 db, as compared to using only one single receiving antenna. Dual Polarized Base Station Antennas For Polarization Diversity Systems (cont) Extensive investigations and trials have shown that so-called Polarization diversity Reception is equivalent to or almost equivalent to Space Diversity Reception. Polarization Diversity Reception means that the reception levels of two orthogonally polarized antennas are compared and then the stronger signal is led to the receiver. The clear development objective was to design dual-polarized antennas that have the same outer dimensions as single polarized antennas and with equivalent gain figures and radiation patterns. The number of individual antennas can thereby be considerably reduced, resulting in improved optical appearance, reduced space requirements and with less mechanical hardware. 2 λ Tx Rx 1 + Rx 2 Fig. 2: Sector antenna system with Polarization Diversity Reception - 2 antennas, feeders 6 9 λ 6 9 λ Duplexer Rx 1 Tx Rx 2 Fig. 1: Sector antenna system using Space Diversity Reception - antennas, feeders The space diversity antenna configuration certainly provides good electrical results, but the number of antennas required is a negative factor with regard to the resulting optical appearance, the increased space requirements and the greater amount of mechanical hardware and feeder cables needed. In view of the difficulties getting construction permits from the authorities concerned and approval from property owners for the installation of antenna systems, an advanced system with a low-level optical impact had to be found. It can generally be said, that the isolation between neighboring transmitting antennas, as well as between a transmit and a receive antenna must amount to at least 0 db in order to avoid: l interfering intermodulation products l blocking of the receivers Tx 1 Rx 1 Rx 2 Fig. : Sector antenna system with Polarization Diversity Reception using a duplex filter 1 antenna, feeders, 1 duplexer 147

154 Technical Information Dual Polarized Base Station Antennas For Polarization Diversity Systems (cont) l the activation of the transmitter s VSWR monitoring system by an adjacent transmitter This requirement for 0 db isolation also applies to dual-polarized antennas. Initially dual-polarized antennas with horizontal and vertical polarization were preferred since this antenna concept easily provides the required 0 db isolation figure between the horizontally polarized system and the vertically polarized system. Dual Polarized Base Station Antennas For Polarization Diversity Systems (cont) This concept is easy to understand if one considers the angles of orientation when a slanted dipole is viewed from different perspectives. A dipole, which is set at a slant of +45 when viewed from the front, will appear to be vertically polarized when viewed from the side and will then appear at a slant of -45 when viewed from the rear. Practical results with horizontal / vertical dual-polarized antennas are fairly positive. However, there is also a weakness. Since the mobile antennas (i.e. on cars or mobile phones) mainly operate in a vertically polarized mode, the propagation efficiency is more favorable to the vertical system of a horizontal/vertical dual-polarized base station antenna than to the horizontal system. Thus horizontal polarization is not really suitable for transmitting purposes. However, with +45 /-45 dual-polarization antennas, both systems are equivalent with respect to their propagation efficiency. The two systems can therefore be used with good results for transmit and receive applications. Furthermore, this antenna concept allows simultaneous transmission from two transmitters without the use of a transmitter combiner. vertically polarized -45 polarized +45 polarized Dipole Fig. 5: Varying polarization of a dipole set at a slant of 45 The vector of the radiated electrical field strength is fully described by a pair of orthogonal vector components; in other words, the vector is described by a rectangular coordinate system. According to Fig. 6, any field strength vector can be described either by a coordinate system, defined by the E v - vector and the E H - vector, or with the same preciseness by a coordinate system defined by the E vector and the E vector. Duplexer Duplexer vertical +45 Tx 1 Rx 1a +Rx 2a Tx 2 Rx 1b +Rx 2b E +45 Fig. 4: X-polarized antenna for 2 transmitting and 2 receiving channels 1 antenna, 2 feeders, 2 duplexers E V E Isolation figures for various antenna arrangements are available from Kathrein Scala Division. Radiation patterns and half power beam widths of X-pol antennas: 45 E -45 α E H horizontal Vertically or horizontally polarized antennas show constant polarization regardless of the azimuth angle from which the antenna is observed. However the polarization of a 45 polarized antenna is not always 45, it varies with the azimuth angle polarization: E H = E V = E +45 -db, E -45 =0 Fig. 6: Separation of a vector E into orthogonal components

155 Technical Information Dual Polarized Base Station Antennas For Polarization Diversity Systems (cont) This means that the exactness of the 45 polarization of an x-polarized antenna can be tested by measuring the radiation pattern in vertical polarization and in horizontal polarization or, alternatively by measuring the radiation pattern in +45 polarization and in -45 polarization (Fig. 7 and Fig. 8). If the field strength vector is exactly +45, the co-polar value is 0% and the cross-polar value is 0%. In other words, if the polarization is almost 45, the radiation patterns measured in vertical polarization E v and in horizontal polarization E H will also be quite close to each other, or referring to the second coordinate system, the cross-polar value E -45 of the field strength will be much smaller than the co-polar one E +45. If the polarization is exactly 45, the half power beam widths of the radiation patterns measured in vertical polarization and in horizontal polarization are all of the same value. Formula For Estimating Gain For A Standard Directional Dipole Array Using The E & H Plane Patterns *Gain log (2400/EH) E = E plane db beamwidth in degrees H = H plane db beamwidth in degrees Formula does not take into account losses for internal harnessing and input connector losses. Estimated harness loss 0.2 db/meter of antenna length Estimated connector loss 0.1 db Printed circuit antennas have higher losses causing less efficiency. *R. S. Elliot, Beamwidth and Directivity of Large Scanning Arrays The Microwave Journal, January 1964 Calculating Downtilt Fig. 7: Radiation pattern of a Kathrein Scala Division X-polarized 65 Antenna, measured with vertical and horizontal polarization. Formula angle = tan -1 (h 1 -h 2 ) ( d ) Where: h 1 = Elevation of the base antenna (ft) h 2 = Elevation of the mobile antenna (ft) d = Distance (ft) Example 1 mile = 5,280 ft 6.2 miles x 5,280 = 2,76 ft , 76 = tan -1 (0.0718) = 4.2 degrees 11,000 feet 6.2 miles 2,400 feet Fig. 8: Radiation pattern of a Kathrein Scala Division X-polarized 65 Antenna, measured with +45 and -45 polarization. 8,600 feet 149

156 Technical Information Advanced X-POL Antenna Standards Advanced X-POL Antenna Standards (cont) Kathrein Scala Division X-Pol antennas for polarization diversity represent the latest development stage in antenna technology. An increasing number of network operators realize the advantage of installing three dual +/-45 degree polarized antennas for a complete three sector site, where previously six or nine vertically polarized antennas had to be installed. For polarization diversity to function properly it is very important that the different polarized signals are as independent as possible from each other (principle of uncorrelated signals). The most important point is the Cross-polar ratio (CPR), i.e. the ratio of the signal levels of similar polarizations compared to dissimilar polarizations. The CPR should be quoted for the whole sector width (+/-60 degree), not just for the main radiating direction. The antenna gain is already considerably reduced at the sector edges due to the horizontal pattern, therefore a CPR as high as possible is desired. The system suppliers demand at least db for +/-60 degree from the main direction. Kathrein Scala Division X-Pol antennas more than fulfil these requirements. Kathrein X-Pol Panels 800/900 MHz Typical Cross Polar Ratio (CPR) CPR CPR CPR Half-power Main ± ±6 Beam Width direction sector sector db db 15 db 9 db 15 db 12 db Kathrein X-Pol Panels 1800 MHz Typical Cross Polar Ratio (CPR) antenna are inserted. There are no drill-holes at all in the profile which is closed by two sealed end caps. This completely closed design offers ideal permanent protection against environmental influences and also increases the mechanical stability of the antennas. Apart from the existing comprehensive range of X-Pol antennas which can be found in our catalogues, we now also have low gain versions for 800/900 MHz band with a length of 26 inches (656 mm). Advantages of Kathrein s dipole X-Pol type antennas compared to typical patch printed or circuit board solutions: 1. Excellent cross polar ratio over azimuth. The dipole design delivers remarkable cross polar ratio not only in the main direction but also across the complete sector. 2. Low intermodulation products. Unlike printed circuit antennas, the intermodulation products are typically -150 dbc (2X25 watts).. Low internal losses. The cable harness provides a low loss power distribution, which enables shorter antenna lengths. 4. High isolation. Patent pending decoupling elements ensure an isolation between the two inputs of a min. >0 db (typically 5 db). 5. Constant electrical performance under bad weather conditions. Due to the dipole design, rain, ice and snow have little effect on the electrical parameters such as VSWR, isolation and cross polar ratio. CPR CPR CPR Half-power Main ± ±6 Beam Width direction sector sector 65 db 16 db 14 db 9 17 db 1 db db Many of the X-Pol antennas on the market are of patch technology on printed circuit boards for power-splitting purposes. Kathrein, for many years, has used the proven dipole-type technology together with low-loss cable harnesses, which clearly offers more opportunities for perfecting certain antenna characteristics. We present the new, Kathrein Panels as our concept for the 800/900 MHz X-Pol antenna line. We adapted the excellent and well proven mechanical design used in our line of 1800/1900 MHz antennas. Instead of a fiberglass cover screwed and sealed to an aluminum back-plate, the radome now consists of a closed, self-supporting fiberglass profile into which the metal parts of the 150

157 Technical Information Calculating HPBW Touchdown Point Wind Survival Rating Formula* Example Distance = H HPBW tan( +DTA 2 ) Where: H = Height of antenna from the ground (ft) HPBW = Vertical half-power beamwidth (deg) DTA = Downtilt angle expressed as a positive value (deg) * This formula is for level terrain calculations only. (7 2)+0 = 5 tan(5) = = 286 feet As a safety precaution to our customers, we would like to point out that certain risks may arise when products are used under extraordinary operating conditions. Wind Survival Ratings as shown in this catalog represent a mechanical design based on environmental conditions as stipulated in TIA-222-G-2 (December 09) and/or ETS which include the static mechanical load imposed on an antenna by wind at maximum velocity. The static mechanical load f is found by the formula as follows: Where: f A V k f=kav 2 is the load is the projected area of the antenna is the wind velocity is a constant unique to each antenna Once the load f is found the resulting stress is found for each antenna with its mounting system. The stress at which failure occurs corresponds to a wind speed which is termed Wind survival. 0 feet 70 degrees Operating conditions such as icing or exceptional dynamic stress (such as strain caused by oscillating support structures) may exceed the survival rating and result in the breakage of the product or even cause it to break away from its support and fall to the ground. Please consider these facts during the site planning and installation process. Ground 286 feet 151

158 Technical Information Comparison of Mechanical and Electrical Downtilt Mechanical Downtilt Electrical Downtilt Colors indicate mechanical and electrical downtilt angles Mechanical l The downtilt angle varies over the horizontal beamwidth. Patterns measured ±9 from the center of the beam have decreasing tilt angle until there is no tilt 9 from the main beam. l The horizontal half-power beam width increases with greater downtilt angle. l The resulting gain reduction depends on azimuth direction. Electrical l There is uniform downtilt over the whole azimuth range. l The horizontal half-power beamwidth is independent of the downtilt angle. l There is identical gain reduction in all azimuth directions. 152

159 Technical Information Signal Distribution of Power Splitters Signal Distribution of Power Taps Tx direction: Rx direction: Conclusion: The RF power fed into port 1 is equally split between ports 2 and. Ports 2 and are not matched to 50 ohms. The result is a miss match loss, 25% of the signal is reflected at port 2 as well as port. Port 2 and are not decoupled; therefore 25% of the signal is delivered from port 2 to port and vice versa. The remaining 50% of the Rx power from ports 2 and is passed on to port 1 (attenuation db). Power splitters are reciprocal devices, the power distribution applies to both directions Normal insertion losses, input outputs 2-way splitter : - db -way splitter : -4.7 db 4-way splitter : -6 db Tx direction: The main part of the power from port 1 is directly delivered to port 2, only a small part is coupled out capacitively at port ; the power relation port /port 2 is 1/; insertion loss: port 1 port 2 : 0.4 db port 1 port :.4 db Rx direction: Ports 2 and are not matched to 50 ohms and the different impedances create different miss match losses. Furthermore, ports 2 and are not decoupled; signal flow: port 2 : 0.8 % reflected signal 8.2 % port 91.0 % port 1 (attenuation 0.4) port : 8.0 % reflected signal 8.0 % port % port 1 (attenuation.4 db) Conclusion: Power taps are reciprocal devices, the selected power distribution applies to both directions. antenna 91%Tx2 antenna antenna 50%Tx2 50%Tx Rx2 8%Rx Rx2 Rx 2 25%Rx 25%Rx2 25%Rx 25%Rx2 antenna 2 0.8%Rx2 9%Tx 8%Rx Rx 8.2%Rx2 1 Tx 50%Rx2 50%Rx to/from antenna 1 91%Rx2 Tx 9%Rx to/from antenna 15

160 Technical Information Radiation Patterns for Side-mounted Omnidirectional Antennas Radiation Patterns for Side-mounted Omnidirectional Antennas (cont) Examples of Horizontal radiation patterns for different mast diameters where A=0.25l, 0.5l, 0.75l. Examples also apply for antenna HDB

161 Technical Information Directional Antennas In Front of Reflecting Surfaces Directional Antennas In Front of Reflecting Surfaces (cont) Antennas mounted in front of a reflecting surface, like a building face or other large conductive surface, will cause the horizontal radiation pattern to change. Part of the radiated energy is reflected and coupled with the reflecting surfaces. Little to no change is noticed in a reflective environment to the horizontal pattern, when the center of the main lobe is perpendicular to the reflecting wall. Deviation from this angle results in more power being radiated towards the wall, causing greater reflections and coupling with more distortion of the horizontal radiation pattern. The reflecting surface depicted in the attached diagrams consists of a concrete block wall. The panel antennas have 18 dbi of gain and a 65 horizontal half-power beamwidth. The resulting patterns shown in the following diagrams are for various distances (d) in front of the wall and angles (α) at a frequency of 1850 MHz. Gain variances reflect changes to the horizontal pattern. Conclusion: When using an antenna with degree halfpower beamwidth, the skew angle can be up to. Antennas with 9 should be at a skew angle of no more than 15. In all instances, the distance from the building should be kept to a minimum. S = 12 inch S = 24 inch 22.5 S S Concrete Block Wall Concrete Block Wall 22.5 S = 0.5 inch S = 6 inch 22.5 S = 6 inch S = 12 inch 155

162 Technical Information Directional Antennas In Front of Reflecting Surfaces (cont) 22.5 S =24 inch 45 S Concrete Block Wall 45 S = 6 inch 45 S = 12 inch S = 24 inch

163 Technical Information Isolation Between Dipoles Isolation between two half-wave dipoles, vertically polarized and positioned vertically in line above each other on one common mast. Isolation between two vertically polarized half-wave dipoles mounted laterally. 157

164 Technical Information Engineering Reference - Equations Voltage Reflection Coefficient Γ = Z r - Z o Z r + Z o VSWR to RSL db VSWR-1 RSL db = Log( VSWR+1) where: Γ = reflection coefficient Z r = impedance at reflection Z o = characteristic impedance (typically 50Ω) 1 Impedance Z = R±jX = Y = Z 0 RSL db to VSWR VSWR = ( ( ) RSL db) +1 ( ( ) RSL db) Γ ( 1 - Γ) ( ) 1 Admittance Y = G±jX = 1 - Γ Z = Y Γ Material Parameters at 2C Table 1.1 ε r, at frequency Nonmetals Voltage Standing Wave Ratio (VSWR) VSWR = r = 1 + Γ 1 - Γ where: r = VSWR Γ = reflection coefficient P r = reflected power P i = incident power P t = transmitted power ε at frequency ε, Material µ r (V/inch) Nylon Plexiglas Polyethylene (<0.0002) Teflon (22 C) (<0.005) P r ( ) = Γ 2 = P r - 1 i r + 1 P t P i =1- Γ 2 = 4r (r + 1) 2 2 Metals Material µ r ε r σ( /m) Depth of penetration δ for plane waves (m) Silver x / f Copper x / f Aluminum x / f Brass x / f 158 Characteristic Impedance of Free Space µ o η o = = 1πΩ = 77Ω ε o where: µ o ε o = free space permeability = 4.0π x -7 (H/m) = free space permitivity = (F/m) 6π) ( 9 Characteristic Impedance of Free Space (cont) 1 c = µ o ε o = propagation velocity = x 8 m/s ( x 8 m/s) In free space the wavelength is: c λ = f For a nonmagnetic dielectric: c λ λ o d = = f ε r ε r where: ε r is relative dielectric from Table 1.1

165 Technical Information Engineering Reference - Equations (cont) Engineering Reference - Equations (cont) Characteristic Impedance of Coaxial Line Z o = 18 log ( b a) µ ε r r a dbw to Watts Watts = ( dbw ) Milliwatts = ( dbw+0 ) where: a = inner diameter b = outer diameter µ r = relative permeability (usually = 1) ε r = permitivity (dielectric constant) as given in Table 1.1 Friis Transmission Equation P r 2 ( 4πR) P t = λ G t G r where: P r = received power P t = transmitted power R = separation distance 2 λ ( 4πR) = free space loss Using effective areas P r = A A et er P t λ 2 R Quarter Wave Matching Z = Z o Z L where: Z = line impedance Z o = desired input impedance Z L = given load impedance Effective Aperature Related to Gain of Antenna A em = λ2 4π G b dbm to Watts Watts = ( dbm-0 ) Milliwatts = Noise Factor ( dbm ) Voltage Gain/Loss to db db (gain/loss) = Log (Gain or Loss) dbm to Volts/µVolts Volts = Log dbm-1-1( ) -1( ) µvolts = Log dbm-7 dbw to Volts/µVolts Volts = Log dbw-17-1( ) -1( ) µvolts = Log dbw-17 P F = no = ( ) SNR T IN = e SNR OUT G A P ni T o -1 G =4πA em λ 2 Noise Figure NF = LogF Watts to dbm dbw = log (Power Watts) dbm = ( log (Power Watts))+0 Cascade Noise Factor F F = F F G A1 G A1 G A1 159

166 Technical Information Engineering Reference - Equations (cont) Engineering Reference - Equations (cont) Freespace Path Loss L = log(d) + log(f) where: L = freespace path loss d = distance in miles f = frequency in GHz Directive Antenna Gain G = 4125 θ. φ theoretical G = 2400 θ. φ corrected for efficiencies where: G = directive antenna gain θ = horizontal beamwidth φ = vertical beamwidth Radio Horizon (in miles) Gain of Parabolic Antenna ( πd G = logk ) 2 λ where: G = parabolic antenna gain K = eff L 55% D = diameter in feet λ = wavelength in feet Beamwidth of Parabolic Antenna Ψ = 70λ D where: Ψ = beamwidth D = diameter in feet λ = feet H = 2Tx Rx where: H = horizon Tx = transmit height in feet Rx = receive height in feet 0-2 2πL λ = Normalized Directivity, db Cos θ 2πL λ = Scan Angle From Broadside, θ 160 Reprinted from Microwave Scanning Antennas, edited by R. C. Hansen, Vol. 1, p., published by Peninsula Publishing, Los Altos, California. Courtesy of R. C. Hansen

167 Technical Information Engineering Reference - Equations (cont) Beam Broadening Versus Sidelobe Ratio Taylor one-parameter distribution Beam Broadening Sidelobe Ratio, db Courtesy of Dr. R. C. Hansen 161

168 db Technical Information Panel Antenna Array Patterns Examples of radiation patterns for panel arrays at 450 MHz For details regarding patterns and mounting for other antennas and frequencies please contact Kathrein Scala Division Sales Engineering. Array Horizontal Radiation Pattern Technical Data 1 A Distance A 0% rel. field strength corresponds to a gain of A 0.25 m.1 dbi 0.5 m.2 dbi 1.5 m.6 dbi db 0 2 Distance A 0% rel. field strength corresponds to a gain of 0.5 m 9.0 dbi 1.0 m 9.1 dbi 2.0 m 9.9 dbi A db 0 A Distance A 0% rel. field strength corresponds to a gain of 0.16 m 5.9 dbi 0.22 m 7. dbi 0.65 m 7.0 dbi 1.1 m 7.9 dbi 4 Distance A 0% rel. field strength corresponds to a gain of A 0.5 m 8. dbi 0.8 m 7.4 dbi 2.1 m 7.6 dbi db 162

169 Technical Information Panel Antenna Test Specifications Kathrein Scala Division panel antennas are designed to survive the following environmental tests: Type Parameter Detail Parameter Test Severity Duration Reference Vibration IEC class 4M5 (Mechanical Test) 2 sinusoidal displacement (mm) acceleration (m/s 2 ) frequency range (Hz) axes of vibration axes x 5 sweep cycles 1 ETS IEC Shocks IEC Class 4M5 (Mechanical Test) 2 shocks duration (ms) acceleration (m/s 2 ) number of shocks direction of shocks directions 500 bumps/each direction 1 ETS IEC Air Temperature IEC Class 4K2- expanded (Climatic Test) low high ( C) ( C) -40 (cold) +75 (dry heat) 16 hours 16 hours 1 ETS IEC Humidity IEC Class 4K2 (Climatic Test) relative high (%) ( C) Condensation (%) ( C) days 6 cycles 1 ETS IEC Air IEC Class 4K2 (Climatic Test) speed (m/s) ,000 cycles none 1 ETS IEC Water IEC Class 4K2 (Climatic Test) 4 rain intensity (impacting water) 0.01m /min 90 kpa water test chamber 15 min 1 ETS IEC Radiation IEC Class 4K2 (Climatic Test) 5 solar (W/m 2 ) 11 max. 00 hours 1 ETS IEC Salt mist (Corrosion Test) 2 NaCl Concentrate Concentration (%) Humidity (%) Temperature ( C) Cyclical hours (continuous) IEC Note 1: Note 2: Note : Note 4: Note 5: ETS : 1994: (Stationary use on non-weatherprotected locations) European Telecommunication Standard IEC : 1995: (Stationary use on non-weatherprotected locations) International Electrotechnical Commission Equipment under test mounted in the in-use position. Includes heat irradiation emitted from the equipment. The effect of splashing water is included in this test. The heating effect on equipment is covered by the test Dry Heat. Photochemical tests for materials are made separately. 16

170 Technical Information GLOSSARY 1XRTT a wireless telephone digital protocol. G Third Generation Wireless wireless telephone service encompassing high speed data communications in addition to voice communications. AISG Antenna Standards Interface Group a global standards organization whose objective is the establishment of open control standards among manufacturers of base stations, switches and base station antennas with remotely adjustable downtilt. AMPS Advanced Mobile Phone System an analog wireless telephone protocol; also refers to the MHz wireless phone allocation in the US. Antenna The part of transmitting or receiving system that is designed to radiate or to receive electromagnetic waves. Array Antenna An antenna comprised of a number of identical radiating elements in a regular arrangement and excited to obtain a prescribed radiation pattern. AWS A specific band of radio frequencies (spectrum) intended to be used for next-generation wireless broadband services. Most of the spectrum will be used for G mobile phone service, using technologies such as WCDMA+HSDPA or CDMA EV-DO. Back Lobe A radiation lobe whose axis makes an angle of approximately 180 degrees with respect to the beam axis of an antenna. Bandwidth (of an antenna) The range of frequencies within which the performance of the antenna, with respect to some characteristic, typically SWR or return loss, conforms to a specified standard. Beam (of an antenna) The major lobe of the radiation pattern of an antenna. CDMA Code Division Multiple Access a wireless telephone digital protocol. Circularly polarized plane wave A plane wave whose electric field vector is circularly polarized. CPR Cross polar ratio a measure on a cross polarized antenna s ability to maintain polarization coherence over a 12 sector. Dipole Antenna Any one of a class of antennas producing a radiation pattern approximating that of an elementary electric dipole. Directional Antenna An antenna having the property of radiating or receiving electromagnetic waves more effectively in some directions than other. Effective Radiated Power (ERP) In a given direction, the relative gain of a transmitting antenna with respect to the maximum directivity of half wave dipole multiplied by the net power accepted by the antenna from the connected transmitter. E-plane, principal For a linearly polarized antenna, the plane containing the electric field vector and the direction of maximum radiation. Far-field Pattern Any radiation pattern obtained in the far field of an antenna. Far-field Region That region of the field of an antenna where the angular field distribution is essentially independent of the distance from a specified point in the antenna region. Free space Loss The loss between two isotropic radiators in free space, expressed as a power ratio. Front-to-back Ratio The ratio of the maximum directivity of an antenna to its directivity in a specified rearward direction. Gain The ratio of the radiation intensity, in a given direction, to the radiation intensity that would be obtained if the power accepted by the antenna were radiated isotropically. Gain Flatness Maximum deviation from the specified antenna gain, over the entire specified bandwidth. Ground Plane A conducting or reflecting plane functioning to image a radiating structure. GSM Global System for Mobile Communications a wireless telephone digital protocol. HAAT Height above average terrain. Half Power Beamwidth In a radiation pattern cut containing the direction of the maximum of a lobe, the angle between the two directions in which the radiation intensity is one half the maximum value Horizontally Polarized Plane Wave A plane wave whose electric field vector is horizontally polarized. H-plane For a linearly polarized antenna, the plane containing the magnetic field vector and the direction of maximum radiation. ISM band Industrial, Scientific, and Medical band; several bands allocated in the US for unlicensed low power communications devices, at 900 and 2400 MHz; uses include wireless LAN s, Bluetooth applications, wireless internet, and spread spectrum point to point services. Isolation Between Antennas A measure of power transfer from one antenna to another. Isotropic Radiator A hypothetical, lossless antenna having equal radiation intensity in all directions. 164

171 Technical Information GLOSSARY Loading The modification of a basic antenna such as a dipole or monopole caused by the addition of conductors or circuit elements that change the input impedance or current distribution or both. Log Periodic Antenna Any one of a class of antennas having a structural geometry such that its impedance and radiation characteristics repeat periodically as the logarithm of frequency. Major Lobe The radiation lobe containing the direction of maximum radiation. Minor Lobe Any radiation lobe except a major lobe. Monopole An antenna, constructed above an imaging plane, which produces a radiation pattern approximating that of an electric dipole in the half space above the imaging plane. Near-field Region That portion of the near field region of an antenna between the far field and the reactive portion of the near field region, wherein the angular field distribution is dependent upon distance from the antenna. Null Fill Redirecting a portion of the signal from the Major Lobe to fill the Nulls present between the Major Lobe and the Lower Minor Lobes of the vertical radiation pattern. Used to improve the coverage of area close in to the transmit site. (Null Fill is typically represented as a percentage.) Omnidirectional Antenna An antenna having an essentially non directional pattern in a given plane of the antenna and a directional pattern in any orthogonal plane. PCS Personal Communication Services Digital wireless services that include voice and data employing either the TDMA, CDMA or GSM protocols; also refers to the MHz wireless phone allocation in the US. Polarization In a given direction from the antenna, the polarization of the wave transmitted by the antenna. Radiation Pattern The spatial distribution of a quantity that characterizes the electromagnetic field generated by an antenna. Radome A cover, usually intended for protecting an antenna from the effects of its physical environment without degrading its electrical performance. Reactive Field Electric and magnetic fields surrounding an antenna and resulting in the storage of electromagnetic energy rather than in the radiation of electromagnetic energy. Reflector Antenna An antenna consisting of one or more reflecting surfaces and a radiating (receiving) feed system. Relative Gain - The ratio of the gain of an antenna in a given direction to the gain of a reference antenna. RET Remote Electrical Tilt antenna systems having the ability to adjust the tilt of the main beam from the horizontal to some angle below the horizon by remote means. Side Lobe Level The maximum relative directivity of a side lobe with respect to the maximum directivity of an antenna, usually expressed in decibels. Side Lobe Suppression Any process, action, or adjustment to reduce the level of the side lobes or to reduce the degradation of the intended antenna system performance resulting from the presence of side lobes. TDMA Time Division Multiple Access a wireless telephone digital protocol. TMA Tower Mount Amplifier a receive only preamplifier used to overcome cable losses in high frequency communications systems. USLS Upper sidelobe suppression techniques employed to reduce the first major upper sidelobe of an antenna to prevent interference at distant cell sites employing common channels. UMTS Universal Mobile Telephone Service the ability for G services to be provided on a worldwide basis using a common protocol and overlapping radio spectrum. VSWR Voltage Standing Wave Ratio. Vertically polarized plane wave A plane wave whose electric field vector is vertically polarized. V-pol Vertically polarized antennas. WiFi Short for Wireless Fidelity, is a set of product compatibility standards for wireless local area networks (WLAN) based on the IEEE specifications. WiMAX An acronym that stands for Worldwide Interoperability for Microwave Access, is a certification mark for products that pass conformity and interoperability tests for the IEEE standards. WLAN Wireless Local Area Network Ethernet or other computer networking protocol deployed using RF instead of cable connections from node to node. X-pol Cross polarized antennas; having independent radiating elements at ± 45 ; used in diversity systems. Yagi-Uda Antenna A linear end-fire array consisting of a driven element, a reflector element, and one or more director elements. 165

172 166 Notes

173 Limited Warranty Seller warrants that its products are transferred rightfully and with good title, that its products are free from any lawful security interest or other lien or encumbrance unknown to Buyer. Seller warrants its products to be free of defects in workmanship and materials that arise under proper and normal use and service for a period of five years from date of original shipment. Broadcast products and accessories manufactured by Kathrein-Werke KG and sold by Seller are covered by the above limited warranty but for a period of two years. Test and measurement equipment products and accessories manufactured by Schomandl-Vertriebs-GmbH and sold by Seller are covered by the above limited warranty but for a period of two years only. Products manufactured by others are covered only by the warranties, if any, issued by their respective manufacturers and Seller assumes no liability or responsibility of any kind for these goods. Damage caused by wind, ice, fire, lightning, improper installation or use, unauthorized disassembly or modifications or repairs, improper handling or any other causes beyond the control of Seller are not covered by this limited warranty. In the event that Seller determines that defects have occurred, Buyer s exclusive remedy hereunder is limited to Seller s repair or replacement (either at its plant or at such other place as may be agreed upon between Seller and Buyer) of such defects at no cost to Buyer. Transportation costs to Seller s plant or designated facility in connection with the return of products alleged to be defective shall be paid by Buyer. Products supplied as warranty replacements and products repaired under warranty are covered for the balance of the original warranty period or for a period of 90 days after shipment from Seller, whichever is longer. SELLER MAKES NO WARRANTY EXPRESS OR IMPLIED OTHER THAN AS STATED ABOVE. EXPRESSLY EXCLUDED ARE THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR PURPOSE. THE FOREGOING SHALL CONSTITUTE ALL OF SELLER S LIABILITY UNDER THIS WARRANTY WITH RESPECT TO THE PRODUCTS. IN NO EVENT SHALL SELLER BE LIABLE FOR SPECIAL, CONSEQUENTIAL OR INCIDENTAL DAMAGES, INSTALLATION COSTS, LOST REVENUE OR PROFITS, OR ANY OTHER COSTS OF ANY NATURE AS A RESULT OF THE USE OF PRODUCTS MANUFACTURED BY THE SELLER, WHETHER USED IN ACCORDANCE WITH THE INSTRUCTIONS OR NOT UNDER NO CIRCUMSTANCES SHALL SELLER S LIABILITY TO BUYER UNDER THIS WARRANTY EXCEED THE ACTUAL SALES PRICE OF THE PRODUCTS PROVIDED HEREUNDER. No representative is authorized to assume for Seller any other liability in connection with the products.

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