Kathrein Antennen 1998

March 25, 2018 | Author: Sebastian Schille | Category: Antenna (Radio), Decibel, Wound, Horizon, Hertz
Share
Report this link


Comments



Description

790 – 960 MHz Base Station Antennas for Mobile CommunicationsI O N D I T E 8 Y ’ 9 J U L Antennen . Electronic “Quality leads the way” Being the oldest and largest antenna manufacturer worldwide, we take on every day the challenge arising from our own motto. One of our basic principles is to look always for the best solution in order to satisfy our customers. Our quality assurance system conforms to DIN EN ISO 9001 and applies to the product range of the company: Antenna systems, communication products as well as active and passive distribution equipment. EN ISO 9001 Zertifikat: 12 100 4310 2 Amplifiers for Mobile Communication 4 . Amplifiers for Mobile Communication – 900 / 1800 MHz Filters.Base Station Antennas for Mobile Communication Networks: GSM NMT TACS AMPS CDMA List of available catalogues for Mobile Communication Antennas and Accessories – 1710 – 1990 MHz – 790 – 960 MHz – 350 – 512 MHz – 25 … 174 MHz Base Base Base Base Station Antennas Station Antennas Station Antennas Station Antennas gues catalo sted The li re also a -ROM on CD ble availa – Ground-to-Air Communication Antennas – Railway Communication Antennas – 450 MHz Filters. Combiners. Combiners. Eurocell A-Panels Dual Polarization + 45°/ – 45° Eurocell Panels Vertical Polarization Adjustable Electrical Downtilt Dual Polarization Horizontal/Vertical Eurocell F-Panels Vertical Polarization Adjustable Electrical Downtilt Multi-unit Special Directional Antennas Omnidirectional Antennas Indoor Antennas Single-band Multi-band Power Splitters and Tappers Optically Sensitive Sites 5 . 122 . ...... 154 ....... 39 50 142 116 121 33 37 43 58 59 136 136 140 134 134 138 56 86 87 147 87 62 154 . 112 .. 154 .. 112 .... . .... 154 . 112 .. 728 728 728 728 729 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 731 732 732 732 732 732 732 732 732 732 732 732 732 732 732 732 732 732 732 733 733 733 733 584 585 684 685 931 360 362 364 366 368 370 372 374 376 378 380 382 656 676 677 678 680 682 685 690 691 651 317 318 320 322 327 433 447 448 479 480 507 508 689 690 691 692 809 967 359 677 678 679 Page 141 143 123 122 127 31 41 47 51 34 42 48 52 39 45 50 55 142 31 31 41 47 51 32 52 36 23 113 113 113 113 113 39 32 34 48 42 43 49 40 37 35 53 76 44 50 23 23 23 Type No. 54 86 86 88 88 89 89 90 90 91 91 Type No. 736 736 736 736 736 736 736 736 736 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 737 738 738 738 873 874 878 879 881 900 901 902 904 031 115 303 304 305 306 307 308 369 370 371 373 375 377 378 379 381 383 385 398 547 548 549 602 652 654 656 735 849 906 971 972 973 974 975 976 978 018 020 021 Page 92 92 93 93 94 95 95 96 96 149 61 155 155 155 155 155 155 98 98 99 99 100 101 101 102 102 103 54 144 38 40 46 151 63 64 66 35 97 57 24 24 79 24 24 80 24 60 106 106 .. 112 ... 6 ..Summary of types The articles are listed by type number in numerical order.... Type No.. .. 112 ... 122 . ...... 139 139 112 . ....... 154 . .. 733 733 733 733 733 734 734 734 734 734 734 734 734 735 735 735 735 735 735 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 736 680 695 736 782 783 360 361 362 363 364 365 688 689 265 700 727 810 811 908 077 078 347 348 349 350 351 352 618 622 623 624 668 767 801 802 803 804 805 808 854 855 858 859 863 864 866 867 870 871 Page 23 .. 144 144 154 154 154 154 154 154 156 156 156 157 157 126 125 124 132 132 133 133 NEW NEW 1 7 1 7 1 7 1 1 1 61 01 7 1 7 NEW NEW NEW 7 . Type No. 739 856 741 067 700 709 K 61 14 02 K 61 14 03 K 61 14 04 K 61 14 05 K 61 33 5 K 61 33 6 K 63 20 62 K 63 20 62 K 63 20 63 K 63 20 63 K 63 20 64 K 63 20 64 K 63 22 62 K 63 22 63 K 63 22 64 K 63 23 60 K 63 23 61 K 72 23 67 K 73 22 67 K 73 45 64 K 75 11 61 K 75 11 67 K 75 15 64 K 75 15 64 Page 55 44 148 121 121 ... 121 ... 131 23 .... 150 69 104 140 152 137 49 53 56 152 68 70 105 105 65 45 11 11 12 13 15 14 12 13 14 15 16 17 18 19 16 18 17 19 20 38 Type No..Summary of types The articles are listed by type number in numerical order... 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 738 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 739 140 141 142 143 144 145 192 332 406 407 440 450 546 573 578 580 664 749 779 811 812 813 095 246 247 303 304 348 418 619 620 622 623 624 630 632 633 634 636 646 648 649 650 651 655 658 660 662 854 Page 107 107 109 109 108 108 135 67 33 36 25 . 121 . 8 . Closed fiberglass housing High level of operational safety and long service-life 65° and 90° half-power beam width The customer can choose from 65° and 90° half-power beam widths. The fiberglass housing totally covers the internal antenna components.Eurocell A-Panels The Advanced Antenna Technology for Cross Polarization Compact design Small size and elegant design characterize this new antenna familiy. Low intermodulation products (typically -150 dBc) After many years of experience in the construction of antennas and after intensive research into the effects of intermodulation. AMPS. All models are equipped with 2 fixing points for mast mounting. These antennas primarily cover the frequency range from 806 to 960 MHz and are suitable for GSM. The special design reduces the sealing areas to a minimum and guarantees the best weather protection. proven materials and environmental/vibration tests (ETS 300 019-2-4 T4. CDMA cellular networks. The inner conductors are DC grounded. TACS. Broadband design Excellent grounding Multi-functional installation hardware 9 . NMT.1) carried out in our factory ensure a maintenance-free service life of over 15 years. Electrical downtilt and electrical downtilts of up to 12° are available. Large variety of gain values Gain values from 9 dBi up to 18 dBi. The Eurocell A-Panels are DC grounded according EN 50083-1. High quality. Therefore the variety of antennas used can be kept to a minimum. Downtilt kits and brackets for masts with diameters from 28 to 521 mm are available. we have been able to optimize the material used for Eurocell A-Panels (the given value refers to 3rd order products measured with 2 carriers of 25 W each). 5 dBi 13. Frequency range 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 870 – 960 MHz 806 – 960 MHz 806 – 960 MHz Height Page XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 900 XPol A-Panel 800/900 XPol A-Panel 800/900 65° 65° 65° 65° 65° 65° 65° 65° 65° 65° 9 dBi 12.5 dBi 17 dBi 17 dBi 739 651 739 646 739 648 739 658 739 655 739 649 739 660 739 650 739 662 870 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 870 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 806 – 960 MHz 256 mm 656 mm 1296 mm 1296 mm 1936 mm 1936 mm 1936 mm 2580 mm 2580 mm 16 16 17 17 18 18 19 19 20 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 XPol A-Panel 800/900 6°T 6°T 6°T 10 .5 dBi 11 dBi 13.5 dBi 15.5 dBi 15.Summary – Eurocell A-Panels Dual-Polarization: + 45°/ .5 dBi 15 dBi 15 dBi 17 dBi 17 dBi 18 dBi 18 dBi 18 dBi 739 619 739 620 739 622 739 632 739 633 739 623 739 634 739 630 739 624 739 636 256 mm 656 mm 1296 mm 1296 mm 1296 mm 1936 mm 1936 mm 2580 mm 2580 mm 2580 mm 11 11 12 12 13 13 14 14 15 15 6°T 12°T 6°T 6°T XPol A-Panel 900 90° 90° 90° 90° 90° 90° 90° 90° 90° 7.5 dBi 15.45° Type Type No.5 dBi 15. power per input Weight Wind load 10 3 0 Vertical Pattern Max. wind velocity Packing size Height/width/depth XPol A-Panel 800/900 65° 12.5 2 x 9 dBi (870 – 960 MHz) 2 x 8. vertical: 70° -45° polarization Horizontal: 65°. vertical: 70° > 30 dB 350 Watt (at 50 °C ambient temperature) 3 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 200 km/h 377 x 287 x 165 mm 256 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB 70° Isolation Max. wind velocity Packing size Height/width/depth Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 11 .Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 65° Half-power Beam Width XPol A-Panel 800/900 65° 9dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. vertical: 27° > 30 dB 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 110 N (at 150 km/h) Lateral: 60 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 287 x 165 mm 656 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 27° Isolation Max. copolar Half-power beam width 739 620 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. vertical: 27° -45° polarization Horizontal: 65°. -45° > 30 dB +45° polarization Horizontal: 65°. power per input Weight Wind load 10 3 0 Vertical Pattern Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5 dBi (806 – 870 MHz) 50 Ω +45°. copolar Half-power beam width 739 619 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. -45° > 25 dB +45° polarization Horizontal: 65°.5dBi Type No.5 dBi (870 – 960 MHz) 2 x 12 dBi (806 – 870 MHz) 50 Ω +45°.5 2 x 12. 6°T > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 8 kg Frontal: 230 N (at 150 km/h) Lateral: 130 N (at 150 km/h) Rearside: 500 N (at 150 km/h) 200 km/h 1422 x 287 x 165 mm 1296 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 16° Isolation Max. -45° > 30 dB +45° polarization Horizontal: 65°.5 2 x 15.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 65° Half-power Beam Width XPol A-Panel 800/900 65° 15. wind velocity Packing size Height/width/depth Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. copolar Half-power beam width 739 632 2 x 7-16 female Bottom 806 – 960 MHz < 1. copolar Half-power beam width 739 622 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. wind velocity Packing size Height/width/depth XPol A-Panel 800/900 65° 15dBi 6°T Type No.3 (870 – 960 MHz) < 1. -45° > 30 dB +45° polarization Horizontal: 65°.5 dBi (870 – 960 MHz) 2 x 15 dBi (806 – 870 MHz) 50 Ω +45°. vertical: 15° -45° polarization Horizontal: 65°. gain. power per input Weight Wind load 10 3 0 Vertical Pattern Max. 12 Max.5 (806 – 870 MHz) 2 x 15 dBi (870 – 960 MHz) 2 x 14. downtilt – typical sidelobe suppression above horizon for first and second sidelobe: ≥ 16 dB (824 – 960 MHz) ≥ 14 dB (806 – 824 MHz) below max.5 dBi (806 – 870 MHz) 50 Ω +45°.5dBi Type No. power per input Weight Wind load 10 3 0 Vertical Pattern – 6° electr. 6°T -45° polarization Horizontal: 65°. vertical: 16°. vertical: 15° > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 10 kg Frontal: 230 N (at 150 km/h) Lateral: 130 N (at 150 km/h) Rearside: 500 N (at 150 km/h) 200 km/h 1422 x 287 x 165 mm 1296 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB 15° Isolation Max. vertical: 16°. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. vertical: 16°. gain. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5 2 x 17 dBi (870 – 960 MHz) 2 x 16. vertical: 10° -45° polarization Horizontal: 65°. Max.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 65° Half-power Beam Width XPol A-Panel 800/900 65° 15dBi 12°T Type No. Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.3 (870 – 960 MHz) < 1. wind velocity Packing size Height/width/depth XPol A-Panel 800/900 65° 17dBi Type No. vertical: 10° > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 12 kg Frontal: 330 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 770 N (at 150 km/h) 200 km/h 2057 x 287 x 165 mm 1936 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 10° Isolation Max. 12°T -45° polarization Horizontal: 65°. vertical: 16°. power per input Weight Wind load 10 3 0 Vertical Pattern – first nullfill below horizon better or equal -25 dB below maximum gain – typical sidelobe suppression above horizon better or equal 15 dB below max. power per input Weight Wind load 3 0 Vertical Pattern – 12° electr.5 (806 – 870 MHz) 2 x 15 dBi (870 – 960 MHz) 2 x 14. gain. copolar Half-power beam width 739 623 2 x 7-16 female Bottom or top 806 – 960 MHz < 1.5 dBi (806 – 870 MHz) 50 Ω +45°. -45° > 30 dB +45° polarization Horizontal: 65°. 12°T > 30 dB 600 Watt (at 50 °C ambient temperature) 8 kg Frontal: 230 N (at 150 km/h) Lateral: 130 N (at 150 km/h) Rearside: 500 N (at 150 km/h) 200 km/h 1422 x 287 x 165 mm 1296 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB 16° 10 Isolation Max.5 dBi (806 – 870 MHz) 50 Ω +45°. downtilt – typical sidelobe suppression above horizon for first sidelobe ≥ 16 dB (824 – 960 MHz) below max. wind velocity Packing size Height/width/depth Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 13 . copolar Half-power beam width 739 633 2 x 7-16 female Bottom 806 – 960 MHz < 1. -45° > 30 dB 45° polarization Horizontal: 65°. wind velocity Packing size Height/width/depth Vertical Pattern – first nullfill below horizon better or equal -25 dB below maximum gain – typical sidelobe suppression above horizon better or equal 15 dB below max.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 65° Half-power Beam Width XPol A-Panel 800/900 65° 17dBi 6°T Type No. 6°T > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 12 kg Frontal: 330 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 770 N (at 150 km/h) 200 km/h 2057 x 287 x 165 mm 1936 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB 10° Isolation Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. gain.5 (806 – 870 MHz) 2 x 17 dBi (870 – 960 MHz) 2 x 16. -45° > 30 dB 45° polarization Horizontal: 65°. copolar Half-power beam width 739 630 2 x 7-16 female Bottom or top 870 – 960 MHz < 1. -45° > 30 dB +45° polarization Horizontal: 65°. power per input Weight Wind load dB dB 7° 10 3 0 Max. vertical: 10°. wind velocity Packing size Height/width/depth XPol A-Panel 900 65° 18dBi Type No.5 dBi (806 – 870 MHz) 50 Ω +45°. gain Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 14 . downtilt – typical sidelobe suppression above horizon for first sidelobe: ≥ 18 dB (870 – 960 MHz) ≥ 14 dB (806 – 870 MHz) below max. Max.3 (870 – 960 MHz) < 1. vertical: 7° > 32 dB 600 Watt (at 50 °C ambient temperature) 19 kg Frontal: 470 N (at 150 km/h) Lateral: 280 N (at 150 km/h) Rearside: 1040 N (at 150 km/h) 200 km/h 2692 x 287 x 165 mm 2580 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern Isolation Max. power per input Weight Wind load 10 3 0 Vertical Pattern – 6° electr. vertical: 7° -45° polarization Horizontal: 65°. 6°T -45° polarization Horizontal: 65°. copolar Half-power beam width 739 634 2 x 7-16 female Bottom 806 – 960 MHz < 1. vertical: 10°.3 2 x 18 dBi 50 Ω +45°. power per input Weight Wind load 10 3 0 Vertical Pattern – 6° electr.5 dBi (806 – 870 MHz) 50 Ω +45°. vertical: 7.5° Isolation Max. wind velocity Packing size Height/width/depth XPol A-Panel 800/900 65° 18dBi 6°T Type No. copolar Half-power beam width 739 624 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. Max. -45° > 30 dB +45° polarization Horizontal: 65°.5 (806 – 870 MHz) 2 x 18 dBi (870 – 960 MHz) 2 x 17. gain. -45° > 30 dB +45° polarization Horizontal: 65°. downtilt – typical sidelobe suppression above horizon for first and second sidelobe better 18 dB below max.5°. vertical: 7° > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 19 kg Frontal: 470 N (at 150 km/h) Lateral: 280 N (at 150 km/h) Rearside: 1040 N (at 150 km/h) 200 km/h 2692 x 287 x 165 mm 2580 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern Isolation Max. power per input Weight Wind load dB 7° 10 3 0 Vertical Pattern Max. vertical: 7° -45° polarization Horizontal: 65°.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 65° Half-power Beam Width XPol A-Panel 800/900 65° 18dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. 6°T -45° polarization Horizontal: 65°.5°. wind velocity Packing size Height/width/depth Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 15 . 6°T > 32 dB (824 – 960 MHz) > 30 dB (806 – 824 MHz) 600 Watt (at 50 °C ambient temperature) 19 kg Frontal: 470 N (at 150 km/h) Lateral: 280 N (at 150 km/h) Rearside: 1040 N (at 150 km/h) 200 km/h 2692 x 287 x 165 mm 2580 / 262 / 116 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 7.3 (870 – 960 MHz) < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5 2 x 18 dBi 50 Ω +45°. copolar Half-power beam width 739 636 2 x 7-16 female Bottom 806 – 960 MHz < 1. vertical: 7. 5 2 x 11 dBi (870 – 960 MHz) 2 x 10. vertical: 36° -45° polarization Horizontal: 90°.5 dBi (806 – 870 MHz) 50 Ω +45°. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 806 – 960 MHz < 1.5 dBi 50 Ω +45°. vertical: 36° > 30 dB 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 110 N (at 150 km/h) Lateral: 60 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 287 x 165 mm 656 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB dB 36° 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 16 .5dBi Type No. -45° > 20 dB +45° polarization Horizontal: 90°.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 90° Half-power Beam Width XPol A-Panel 900 90° 7. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 870 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. copolar Half-power beam width 739 651 90° Isolation Max. copolar Half-power beam width 739 646 90° Isolation Max. vertical: 70° -45° polarization Horizontal: 90°. power per input Weight Wind load Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. power per input Weight Wind load Max. -45° > 25 dB +45° polarization Horizontal: 90°.3 2 x 7. vertical: 70° > 30 dB 300 Watt (at 50 °C ambient temperature) 3 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 200 km/h 377 x 287 x 165 mm 256 / 262 / 116 mm 180° 3 0 Horizontal Pattern dB 70° 10 3 0 Vertical Pattern XPol A-Panel 800/900 90° 11dBi Type No. vertical: 16°. gain.5 (806 – 870 MHz) 2 x 13. gain. -45° > 25 dB +45° polarization Horizontal: 90°. 6°T > 30 dB 500 Watt (at 50 °C ambient temperature) 8 kg Frontal: 230 N (at 150 km/h) Lateral: 130 N (at 150 km/h) Rearside: 500 N (at 150 km/h) 200 km/h 1422 x 287 x 165 mm 1296 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB dB 16° 10 3 0 Vertical Pattern – 6° electr. copolar Half-power beam width 739 658 90° Isolation Max. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 806 – 960 MHz < 1.5 dBi (870 – 960 MHz) 2 x 13 dBi (806 – 870 MHz) 50 Ω +45°. power per input Weight Wind load Max. vertical: 16° > 32 dB 600 Watt (at 50 °C ambient temperature) 8 kg Frontal: 230 N (at 150 km/h) Lateral: 130 N (at 150 km/h) Rearside: 500 N (at 150 km/h) 200 km/h 1422 x 287 x 165 mm 1296 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB 16° 10 3 0 Vertical Pattern – typical sidelobe suppression above horizon better 16 dB below max.5dBi 6°T Type No.5dBi Type No. XPol A-Panel 800/900 90° 13.5 2 x 13. -45° > 25 dB +45° polarization Horizontal: 90°. vertical: 16°.3 (870 – 960 MHz) < 1. downtilt – typical sidelobe suppression above horizon for first sidelobe better 15 dB below max. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom 806 – 960 MHz < 1. vertical: 16° -45° polarization Horizontal: 90°. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. copolar Half-power beam width 739 648 90° Isolation Max. power per input Weight Wind load Max. 6°T -45° polarization Horizontal: 90°.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 90° Half-power Beam Width XPol A-Panel 800/900 90° 13. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5 dBi (870 – 960 MHz) 2 x 13 dBi (806 – 870 MHz) 50 Ω +45°. Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 17 . vertical: 10° -45° polarization Horizontal: 90°. vertical: 10° -45° polarization Horizontal: 90°.5 2 x 15. power per input Weight Wind load Max.5 dBi (870 – 960 MHz) 2 x 15 dBi (806 – 870 MHz) 50 Ω +45°. gain. copolar Half-power beam width 739 649 90° Isolation Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. vertical: 10° > 32 dB 600 Watt (at 50 °C ambient temperature) 14 kg Frontal: 330 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 770 N (at 150 km/h) 200 km/h 2057 x 287 x 165 mm 1936 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB 10° 10 3 0 Vertical Pattern – first nullfill below horizon better or equal -25 dB below maximum gain – typical sidelobe suppression above horizon better 15 dB below max. vertical: 10° > 32 dB 600 Watt (at 50 °C ambient temperature) 12 kg Frontal: 330 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 770 N (at 150 km/h) 200 km/h 2057 x 287 x 165 mm 1936 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB dB 10° 10 3 0 Vertical Pattern – first nullfill below horizon better or equal -25 dB below maximum gain.5 dBi 50 Ω +45°. gain. Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 18 .5dBi Type No. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 870 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio. copolar Half-power beam width 739 655 90° Isolation Max.3 2 x 15.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 90° Half-power Beam Width XPol A-Panel 900 90° 15. XPol A-Panel 800/900 90° 15. power per input Weight Wind load Max. -45° > 25 dB 45° polarization Horizontal: 90°.5dBi Type No. – typical sidelobe suppression above horizon better 14 dB below max. -45° > 25 dB +45° polarization Horizontal: 90°. vertical: 10°. wind velocity Packing size Height/width/depth XPol A-Panel 800/900 90° 17dBi Type No. 6°T > 32 dB 600 Watt (at 50 °C ambient temperature) 14 kg Frontal: 330 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 770 N (at 150 km/h) 200 km/h 2057 x 287 x 165 mm 1936 / 262 / 116 mm 170° 90° 3 0 Horizontal Pattern dB 10° Isolation Max.3 (870 – 960 MHz) < 1. power per input Weight Wind load Max. gain.5 dBi (870 – 960 MHz) 2 x 15 dBi (806 – 870 MHz) 50 Ω +45°. copolar Half-power beam width 739 650 90° Isolation Max. vertical: 10°. -45° > 25 dB +45° polarization Horizontal: 90°.5 2 x 17 dBi (870 – 960 MHz) 2 x 16. copolar Half-power beam width 739 660 2 x 7-16 female Bottom 806 – 960 MHz < 1. vertical: 7° > 32 dB 600 Watt (at 50 °C ambient temperature) 19 kg Frontal: 470 N (at 150 km/h) Lateral: 280 N (at 150 km/h) Rearside: 1040 N (at 150 km/h) 200 km/h 2692 x 287 x 165 mm 2580 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB dB 7° 10 3 0 Vertical Pattern – first nullfill below horizon better or equal 25 dB below maximum gain – typical sidelobe suppression above horizon better or equal 15 dB below max. vertical: 7° -45° polarization Horizontal: 90°. -45° > 25 dB +45° polarization Horizontal: 90°. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom or top 806 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5 (806 – 870 MHz) 2 x 15. power per input Weight Wind load 10 3 0 Vertical Pattern – 6° electr.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 90° Half-power Beam Width XPol A-Panel 800/900 90° 15. gain Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 19 .5 dBi (806 – 870 MHz) 50 Ω +45°. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5dBi 6°T Type No. downtilt – typical sidelobe suppression above horizon for first and second sidelobe better 16 dB below max. Max. 6°T -45° polarization Horizontal: 90°. vertical: 7. power per input Weight Wind load Max.5°. vertical: 7. -45° > 25 dB +45° polarization Horizontal: 90°.5 (806 – 870 MHz) 2 x 17 dBi (870 – 960 MHz) 2 x 16. 6°T -45° polarization Horizontal: 90°. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio.5° 10 3 0 Vertical Pattern – 6° electr. downtilt – typical sidelobe suppression above horizon for first and second sidelobe better 16 dB below max.Eurocell A-Panels – Dual Polarization +45°/ -45° Polarization 90° Half-power Beam Width XPol A-Panel 800/900 90° 17dBi 6°T Type No.5°. copolar Half-power beam width 739 662 90° Isolation Max.5 dBi (806 – 870 MHz) 50 Ω +45°. gain Mounting accessories are not included in the scope of delivery (see page 21 – 25) dB 20 .3 (870 – 960 MHz) < 1. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom 806 – 960 MHz < 1. 6°T > 32 dB 600 Watt (at 50 °C ambient temperature) 19 kg Frontal: 470 N (at 150 km/h) Lateral: 280 N (at 150 km/h) Rearside: 1040 N (at 150 km/h) 200 km/h 2692 x 287 x 165 mm 2580 / 262 / 116 mm 170° 3 0 Horizontal Pattern dB 7. Eurocell A-Panels Antenna Dimensions A B C 256 mm 310 mm 350 mm 656 mm 710 mm 750 mm 1296 mm 1350 mm 1390 mm 1936 mm 1990 mm 2030 mm 2580 mm 2634 mm 2674 mm A Corresponds with the antenna height mentioned in the technical data. 72 64 9 A B C Bottom view 58 -45° +45° 262 21 116 . Eurocell A-Panels Mounting Configurations Small Pipe Diameter Large Pipe Diameter Off-set Flat Surface Standard Tilt Off-set Tilt 22 . 0 kg 2 Off-set 60 – 115 mm 115 – 210 mm 210 – 380 mm 380 – 521 mm 733 733 733 733 677 678 679 680 2. 330 g Units per antenna 2 Large Pipe 50 – 115 mm 738 546 1.Eurocell A-Panels Mounting Hardware Clamps Antenna height: 256 656 1296 1936 2580 mm mm mm mm mm 11 6 26 2 Description Small Pipe Mast diameter 28 – 64 mm Type No. 731 651 Weight appr.3 kg kg kg kg 2 2 2 2 25 656 12 6 1996 2536 80 731 651 738 546 733 678 23 .6 4.0 5.0 2. 737 972 737 974 737 975 737 971 * Instructions to adjust the required downtilt angle are given in the datasheet or on the rearside of the antenna. 2. Weight 737 978 appr. 0° – 7. 24 0 3 12 69 15 2 Downtilt kit without scale* Type No.5° Type No. 0° – 11°.Eurocell A-Panels Mounting Hardware Downtilt kit Antenna height: 656 1296 1936 2580 mm mm mm mm Use the downtilt kit together with the clamps (see page 23) Screws supplied 0 Scale Downtilt kit with scale Antenna height 656 mm 1296 mm 1936 mm 2580 mm Downtilt angle 0° – 30° 0° – 15°.8 kg . if necessary. * Observe the position of the stopper when fitting the azimuth adjustment tool. building.Eurocell Panel Accessories Azimuth Adjustment Tool 738 440 Precise azimuth adjustment for mast mounted antennas can easily be achieved by using the azimuth adjustment tool. This tool is suitable to all types of Eurocell Panels • Panels • A-Panels • F-Panels • XPol F-Panels Target object Elevation compensation Scale A-Panel Clamping device F-Panel F-Panel F-Panel XPol F-Panel Scale Target object * Move the stopper to central position XPol F-Panel Panel Clamping device Instruction: – Use a map to work out the angle between the designed antenna azimuth and target (church. mountain peak). – Then rotate the antenna until the target object appears in the telescope. 25 . – Set this angle on the scale of the adjustment tool. – Place the adjustment tool onto the antenna and tighten the clamping device. – Use the telescope to aim at the target object. use elevation compensation. 26 . Fiberglass radome High level of operational safety and long service-life Large variety of half-power beam widths and gains Electrical downtilt Low intermodulation products (typically -150 dBc) Broadband design Excellent grounding Multi-functional installation hardware 27 . The customer can choose from more than 75 versions.1) carried out in our factory ensure a maintenance-free service life of over 15 years. different half-power beamwidths of 65°. 90°. Depending on their length. gain values from 6. They are resistant to ultraviolet radiation and can also be painted to match their surroundings. 2 groups of antennas are available for the frequency ranges: 870 – 960 MHz. High quality.g. the antennas are equipped with up to 3 fixing points for mast mounting. The inner conductors are DC grounded for DC loop monitoring. proven materials and environmental/vibration tests (ETS 300 019-2-4 T4. Downtilt kits and brackets for masts with diameters from 28 to 521 mm are available. for other cellular networks.5 to 18. The grey fiberglass radomes of these antennas are very stable and extraordinarily stiff. 120° and 160°. elegant design Small size and elegant design are the distinguishing features of this antenna family. After many years’ experience in the construction of antennas and after intensive research into the effects of intermodulation. e.5 dBi and electrical downtilts of up to 15°.Eurocell Panels The Approved Antenna Family for Vertical and Dual Polarization (H/V) Compact. optimized for GSM 806 – 960 MHz. characteristics which predestine these antennas for use in modern cellular networks. 105°. The Eurocell Panels are DC grounded according EN 50083-1. we have been able to optimize the material used for Eurocell panels (the given value refers to 3rd order products measured with 2 carriers of 25 W each). 5 dBi 65° 15.5 dBi dBi dBi dBi dBi 870 – 960 Mhz 870 870 806 870 870 – – – – – 960 960 960 960 960 MHz MHz MHz MHz MHz 2254 mm 2574 2574 2574 2574 2574 mm mm mm mm mm Panel 900 Panel 900 Panel 800/900 Panel 900 Panel 900 6°T 9°T Panel Panel 900 900 90° 90° 90° 90° 90° 90° 7.5 18.5°T dBi 6°T dBi 9°T 730 691 738 407 735 811 732 690 737 547 739 854 734 730 732 732 737 688 376 433 689 548 18 dBi 18 18.5 dBi 90° 90° 90° 17 dBi 17 dBi 17 dBi 6°T 732 967 741 067 730 378 739 418 737 549 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 806 – 960 MHz 870 – 960 MHz 1934 mm 1934 mm 2574 mm 2574 mm 2574 mm Panel 900 Panel 800/900 Panel 900 6°T 28 .5 dBi 65° 15 dBi 65° 65° 65° 65° 65° 65° 65° 65° 65° 65° 65° 17 17 17 17 17 6°T 12°T dBi dBi dBi 4.5 18.5 dBi 65° 12.5 dBi 65° 15.Summary – Eurocell Panels Vertical Polarization Type Type No. Frequency range 860 – 960 MHz 860 – 960 MHz 870 – 960 MHz 806 – 960 MHz 870 – 960 MHz 824 – 960 MHz 880 – 960 MHz 870 806 870 880 870 824 870 870 870 – – – – – – – – – 960 960 960 960 960 960 960 960 960 MHz MHz MHz MHz MHz MHz MHz MHz MHz Height Page Panel Panel 900 900 65° 65° 9 dBi 9 dBi 730 676 730 677 730 360 732 447 730 685 738 406 735 810 730 732 732 737 368 448 691 735 264 mm 264 mm 654 mm 654 mm 974 mm 974 mm 974 mm 1294 1294 1294 1294 1934 1934 1934 1934 1934 mm mm mm mm mm mm mm mm mm 31 31 31 32 32 33 33 34 34 35 35 36 36 37 37 38 38 39 39 39 40 40 Panel 900 Panel 800/900 Panel 900 Panel 800/900 Panel 900 Panel 900 Panel 800/900 Panel 900 Panel 900 Panel 900 Panel 800/900 Panel 900 Panel 900 Panel 900 Panel 900 65° 12.5 18.5 dBi 11 dBi 14 14 14 14 dBi dBi dBi dBi 730 678 730 362 730 732 732 735 370 480 507 908 860 – 960 MHz 870 – 960 MHz 870 806 870 870 – – – – 960 960 960 960 MHz MHz MHz MHz 264 mm 654 mm 1294 1294 1294 1294 mm mm mm mm 41 41 42 42 43 43 44 44 45 45 46 Panel 900 Panel 800/900 Panel 900 Panel 900 Panel Panel 900 900 6°T 12°T 90° 15.5 dBi 65° 65° 65° 14 dBi 14 dBi 14 dBi 11°T 65° 15.5 dBi 90° 15. 5 dBi 120° 14.Summary – Eurocell Panels Vertical Polarization Type Type No.5 dBi 105° 16.5 dBi 105° 13.5 dBi 120° 120° 120° 16 dBi 16 dBi 16 dBi 6°T Panel 900 Panel 800/900 Panel 900 6°T Adjustable Electrical Downtilt.5 dBi 105° 13.5 dBi 120° 120° 120° 13 dBi 13 dBi 13 dBi Panel 900 Panel 800/900 Panel 900 Panel Panel Panel 900 900 900 6°T 120° 14.5 dBi 10 dBi 730 682 730 366 730 690 730 374 738 812 732 692 737 385 736 808 739 856 730 382 736 618 738 813 860 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 824 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 806 – 960 MHz 870 – 960 MHz 264 mm 654 mm 974 mm 1294 mm 1294 mm 1294 mm 1934 mm 1934 mm 2254 mm 2574 mm 2574 mm 2574 mm 51 51 52 52 53 53 54 54 55 55 56 56 120° 11.5 dBi 6°T Panel Panel Panel 900 900 900 120° 120° 6.5 dBi 105° 15 dBi Panel 900 Panel 800/900 Panel 900 Panel Panel Panel Panel 900 900 900 900 6°T 105° 16 dBi 105° 16.5 dBi 120° 15. Frequency range 860 – 960 MHz 870 – 960 MHz 870 – 960 MHz 806 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz Height Page Panel Panel 900 900 105° 7 dBi 730 680 730 364 730 372 732 479 732 508 738 811 734 689 730 380 733 359 264 mm 654 mm 1294 mm 1294 mm 1294 mm 1934 mm 2574 mm 2574 mm 2574 mm 47 47 48 48 49 49 50 50 50 105° 10.5dBi 3–15°T 3–15°T 3–15°T 3–15°T 737 736 736 738 906 077 078 018 870 870 870 870 – – – – 960 960 960 960 MHz MHz MHz MHz 1294 1294 1294 1294 mm mm mm mm 57 58 59 60 29 .5dBi 13dBi 11.5 dBi 105° 13. Vertical Polarization Panel Panel Panel Panel 900 900 900 900 65° 90° 105° 160° 15dBi 13. Summary – Eurocell Panels Dual Polarization: Horizontal/Vertical Type H/V Panel 900 65° 65° 9dBi 14dBi Type No.5 dBi 65° 65° 17 dBi 17 dBi 6°T 65° 18. 737 115 736 767 737 652 737 654 739 348 737 656 738 332 739 246 738 578 739 247 Frequency range 870 – 960 MHz 824 – 960 MHz 806 – 960 MHz 824 – 960 MHz 870 – 960 MHz 806 – 960 MHz 824 – 960 MHz 870 – 960 MHz 824 – 960 MHz 870 – 960 MHz Height 264 mm 974 mm 1294 mm 1934 mm 1934 mm 2574 mm 1294 mm 1294 mm 2574 mm 2574 mm Page 61 62 63 64 65 66 67 68 69 70 H/V Panel 800/900 H/V Panel 800/900 H/V Panel 800/900 H/V Panel 900 H/V Panel 800/900 H/V Panel 800/900 H/V Panel 900 H/V Panel 800/900 H/V Panel 900 65° 15.5 dBi 90° 90° 90° 90° 14 dBi 14 dBi 17 dBi 17 dBi 6°T 6°T 30 . wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 31 . power Weight Wind load 730 360 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 7-16 female N-female Bottom or top 860 – 960 MHz < 1.3 12.5 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 27° 500 Watt (at 50 °C ambient temperature) 3 kg Frontal: 110 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 272 x 160 mm 654 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 27° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.2 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 230 km/h 312 x 272 x 160 mm 264 / 258 / 103 mm 10 3 0 Horizontal Pattern dB 70° 10 3 0 Vertical Pattern Panel 900 65° 12. power Weight Wind load 730 676 730 677 120° 65° Max.3 9 dBi 50 Ω Vertical > 25 dB 890 – 960 MHz > 20 dB 860 – 890 MHz H-plane: 65°/ E-plane: 70° 350 Watt (at 50 °C ambient temperature) 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 9dBi Type No.5dBi Type No. 5 kg Frontal: 160 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 360 N (at 150 km/h) 200 km/h 1102 x 272 x 160 mm 974 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 18° Max.5 dBi (870 – 960 MHz) 12 dBi (806 – 870 MHz) 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 27° 500 Watt (at 50 °C ambient temperature) 3 kg Frontal: 110 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 272 x 160 mm 654 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 27° 10 Max.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 800/900 65° 12.5 12.3 14 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 18° 500 Watt (at 50 °C ambient temperature) 4. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Panel 900 65° 14dBi Type No. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 32 . power Weight Wind load 732 447 7-16 female Bottom 806 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5dBi Type No. power Weight Wind load 730 685 7-16 female Bottom 870 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 735 810 7-16 female Bottom 880 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 738 406 7-16 female Bottom 824 – 960 MHz < 1. downtilt 400 Watt (at 50 °C ambient temperature) 4.3 14 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 20° 11° electr.5 kg Frontal: 160 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 360 N (at 150 km/h) 230 km/h 1102 x 272 x 160 mm 974 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 18° Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 11° electr. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 65° 14dBi 11°T Type No.5 14 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 18° 500 Watt (at 50 °C ambient temperature) 4. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 kg Frontal: 160 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 360 N (at 150 km/h) 200 km/h 1102 x 272 x 160 mm 974 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 20° 10 Max.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 800/900 65° 14dBi Type No. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 33 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 15.5 dBi (870 – 960 MHz) 15 dBi (806 – 870 MHz) 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 13° 10 Max. power Weight Wind load 730 368 7-16 female Bottom 870 – 960 MHz < 1.5dBi Type No.3 15.5 15.5dBi Type No. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 800/900 65° 15.5 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 13° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 34 . power Weight Wind load 732 448 7-16 female Bottom 806 – 960 MHz < 1. 40° above horizon) 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern Max. power Weight Wind load 732 691 7-16 female Bottom 870 – 960 MHz < 1.3 15 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 17° 12° electr.3 15.. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. downtilt 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 13° 10 Max.. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width 737 735 7-16 female Bottom 880 – 960 MHz < 1. power Weight Wind load dB dB 17° 10 3 0 Max. downtilt sidelobe supression: > 20 dB (0° . downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 35 .5 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 13° 6° electr.5dBi 6°T Type No.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 15. wind velocity Packing size Height/width/depth Vertical Pattern 12° electr. downtilt Panel 900 65° 15dBi 12°T Type No. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 36 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 738 407 7-16 female Rearside 824 – 960 MHz < 1.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 17dBi Type No.5° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5° 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 8.5° Max.5 17 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 8. power Weight Wind load 730 691 7-16 female Rearside 870 – 960 MHz < 1.5° 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 8. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 800/900 65° 17dBi Type No.3 17 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 732 690 7-16 female Rearside 870 – 960 MHz < 1.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 17dBi 4.5° 4.3 17 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 8.5° electr. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 4. downtilt 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 735 811 7-16 female Rearside 870 – 960 MHz < 1.5°T Type No.5° electr.5° 10 Max.3 17 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 8. downtilt 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 8. downtilt Panel 900 65° 17dBi 6°T Type No.5° 10 Max.5° 6° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 37 . 5 kg Frontal: 400 N (at 150 km/h) Lateral: 260 N (at 150 km/h) Rearside: 890 N (at 150 km/h) 180 km/h 2382 x 272 x 160 mm 2254 / 255 / 105 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 7. power Weight Wind load 737 547 7-16 female Rearside 870 – 960 MHz < 1.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 17dBi 9°T Type No.5° 400 Watt (at 50 °C ambient temperature) 10.5° Max.3 17 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 9° 9° electr. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 38 . downtilt 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 9° 10 Max. downtilt Panel 900 65° 18dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Input Connector Position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 18 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 7. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 9° electr. power Weight Wind load 739 854 7-16 female Rearside 870 – 960 MHz < 1. 5° 10 3 0 Vertical Pattern Panel 800/900 65° 18.5 18. power Weight Wind load 730 376 7-16 female Rearside 870 – 960 MHz < 1.3 18.5dBi Type No.3 18 dBi 120° 65° 10 Max.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 6.5 dBi 734 688 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 39 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 6. power Weight Wind load 732 433 7-16 female Rearside 806 – 960 MHz < 1.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 3 0 Horizontal Pattern dB 6.5dBi Type No.5° 10 Max.5 dBi (870 – 960 MHz) 18 dBi (806 – 870 MHz) 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 6.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 18. downtilt 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB 6.5° 10 Max.5° 9° electr. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 9° electr.Eurocell Panels – Vertical Polarization 65° Half-power Beam Width Panel 900 65° 18.5° 10 Max. power Weight Wind load 732 689 7-16 female Rearside 870 – 960 MHz < 1.3 18.5 dBi 50 Ω Vertical > 25 dB H-plane: 65°/ E-plane: 6. downtilt Panel 900 65° 18. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr.5 dBi 50 Ω Vertical > 30 dB H-plane: 65°/ E-plane: 6.5dBi 6°T Type No.5° 6° electr. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 40 . power Weight Wind load 737 548 7-16 female Rearside 870 – 960 MHz < 1. downtilt 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 120° 65° 10 3 0 Horizontal Pattern dB dB 6.3 18.5dBi 9°T Type No. 5dBi Type No.3 7.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 7. power Weight Wind load 730 362 7-16 female Bottom 870 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 11 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 27° 500 Watt (at 50 °C ambient temperature) 3 kg Frontal: 110 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 272 x 160 mm 654 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 27° Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 70° 350 Watt (at 50 °C ambient temperature) 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 90° 11dBi Type No. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 41 .2 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 230 km/h 312 x 272 x 160 mm 264 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 70° Max. power Weight Wind load 730 678 7-16 female Bottom or top 860 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 800/900 90° 14dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 14 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 13° Max.4 14 dBi (870 – 960 MHz) 13. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 14dBi Type No. power Weight Wind load 730 370 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 42 .5 dBi (806 – 870 MHz) 50 Ω Vertical > 22 dB H-plane: 90°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 13° 10 Max. power Weight Wind load 732 480 7-16 female Bottom 806 – 960 MHz < 1. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 732 507 7-16 female Bottom 870 – 960 MHz < 1.3 14 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 13° 12° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 43 . downtilt 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 13° 10 Max. power Weight Wind load 735 908 7-16 female Bottom 870 – 960 MHz < 1. downtilt Panel 900 90° 14dBi 12°T Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 14 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 13° 6° electr. downtilt 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 13° 10 Max.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 14dBi 6°T Type No. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 12° electr. power Weight Wind load 741 067 90° Max.3 15.5 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 8.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 15. power Weight Wind load 732 967 7-16 female Rearside 870 – 960 MHz < 1.5 dBi 50 Ω Vertical > 22 dB H-plane: 90°/ E-plane: 9° 6° electr. downtilit 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 180° 3 0 Horizontal Pattern dB dB 9° 10 3 0 Vertical Pattern 6° electr.5° 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 8. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 90° 15. Input Connector Position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5° Max. wind velocity Packing size Height/width/depth 7-16 female Rearside 870 – 960 MHz < 1.5dBi 6T Type No. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 44 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 15.5dBi Type No. 5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 6.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 6.5 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 6. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 17dBi Type No. power Weight Wind load 739 418 7-16 female Rearside 806 – 960 MHz 17 dBi < 1. power Weight Wind load 730 378 7-16 female Rearside 870 – 960 MHz < 1.5° Max.3 17 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 6. Input Connector position Frequency range Gain VSWR Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 45 . wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 800/900 90° 17dBi Type No.5° Max. 5° 10 Max.5° 6° electr. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 17 dBi 50 Ω Vertical > 23 dB H-plane: 90°/ E-plane: 6. power Weight Wind load 737 549 7-16 female Rearside 870 – 960 MHz < 1.Eurocell Panels – Vertical Polarization 90° Half-power Beam Width Panel 900 90° 17dBi 6°T Type No. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 46 . downtilt 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 180° 90° 10 3 0 dB Horizontal Pattern 6. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 47 .3 7 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 70° 350 Watt (at 50 °C ambient temperature) 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 10. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 730 364 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 105° 10.5 dBi 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 27° 500 Watt (at 50 °C ambient temperature) 3 kg Frontal: 110 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 272 x 160 mm 654 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB dB 27° Max.5dBi Type No.Eurocell Panels – Vertical Polarization 105° Half-power Beam Width Panel 900 105° 7dBi Type No. power Weight Wind load 730 680 7-16 female Bottom or top 860 – 960 MHz < 1.2 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 230 km/h 312 x 272 x 160 mm 264 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB 70° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 732 479 7-16 female Bottom 806 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 dBi 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB 13° Max.5 dBi (870 – 960 MHz) 13 dBi (806 – 870 MHz) 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB dB 13° 10 Max.5dBi Type No.5dBi Type No.4 13.Eurocell Panels – Vertical Polarization 105° Half-power Beam Width Panel 900 105° 13. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 48 . power Weight Wind load 730 372 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 800/900 105° 13.3 13. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5° Max. power Weight Wind load 738 811 7-16 female Rearside 870 – 960 MHz < 1.3 15 dBi 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 8.3 13. downtilt Panel 900 105° 15dBi Type No.Eurocell Panels – Vertical Polarization 105° Half-power Beam Width Panel 900 105° 13.5 dBi 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 13° 6° electr.5° 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB dB 8. power Weight Wind load 732 508 7-16 female Bottom 870 – 960 MHz < 1. downtilt 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB 13° 10 Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 49 .5dBi 6°T Type No. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. 5° 10 3 0 Vertical Pattern Panel 900 105° 16.3 16.5 dBi 734 689 7-16 female Bottom 870 – 960 MHz < 1. power Weight Wind load 733 359 7-16 female Rearside 870 – 960 MHz < 1. power Weight Wind load 730 380 7-16 female Rearside 870 – 960 MHz < 1.5dBi 6°T Type No.5° 10 Max.3 16 dBi 195° 105° Max. wind velocity Packing size Height/width/depth 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 6.5 dBi 50 Ω Vertical > 22 dB H-plane: 105°/ E-plane: 6. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 50 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 195° 105° 3 0 Horizontal Pattern dB dB 6.5° 6° electr.3 16. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 3 0 Horizontal Pattern dB 6.5dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell Panels – Vertical Polarization 105° Half-power Beam Width Panel 900 105° 16. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 120° 10dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 10 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 27° 500 Watt (at 50 °C ambient temperature) 3 kg Frontal: 110 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 240 N (at 150 km/h) 200 km/h 782 x 272 x 160 mm 654 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 27° Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 70° 350 Watt (at 50 °C ambient temperature) 1.Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 900 120° 6. power Weight Wind load 730 366 7-16 female Bottom 870 – 960 MHz < 1.2 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 230 km/h 312 x 272 x 160 mm 264 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 70° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 730 682 7-16 female Bottom or top 860 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 51 .5dBi Type No.3 6. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 4.5 kg Frontal: 160 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 360 N (at 150 km/h) 200 km/h 1102 x 272 x 160 mm 974 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 18° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 120° 13dBi Type No. power Weight Wind load 730 690 7-16 female Bottom 870 – 960 MHz < 1.3 11. power Weight Wind load 730 374 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 52 .5dBi Type No.Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 900 120° 11.3 13 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 13° Max. downtilt 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 13° 10 Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr.Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 800/900 120° 13dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 732 692 7-16 female Bottom 870 – 960 MHz < 1.3 13 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 13° 6° electr. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 738 812 7-16 female Bottom 824 – 960 MHz < 1. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 53 . wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 120° 13dBi 6°T Type No.5 13 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 13° 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 13° Max. 5dBi 6°T Type No.5° 6° electr. power Weight Wind load 736 808 7-16 female Rearside 870 – 960 MHz < 1.5 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.3 14.3 14.5dBi Type No.5° Max. downtilt 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 8. power Weight Wind load 737 385 7-16 female Rearside 870 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 120° 14.Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 900 120° 14.5° 10 Max.5° 500 Watt (at 50 °C ambient temperature) 9 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 8. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 54 .5 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 8. Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 900 120° 15.5dBi Type No. Input Connector Position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 739 856 7-16 female Rearside 870 – 960 MHz < 1.3 15.5 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 7.5° 400 Watt (at 50 °C ambient temperature) 10.5 kg Frontal: 400 N (at 150 km/h) Lateral: 260 N (at 150 km/h) Rearside: 890 N (at 150 km/h) 180 km/h 2382 x 272 x 160 mm 2254 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 7.5° Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Panel 900 120° 16dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 730 382 7-16 female Rearside 870 – 960 MHz < 1.3 16 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 6.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 6.5° Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 55 Eurocell Panels – Vertical Polarization 120° Half-power Beam Width Panel 800/900 120° 16dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 736 618 7-16 female Rearside 806 – 960 MHz < 1.5 16 dBi (870 – 960 MHz) 15.5 dBi (806 – 870 MHz) 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 6.5° 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern 6.5° 10 Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern Panel 900 120° 16dBi 6°T Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 738 813 7-16 female Rearside 870 – 960 MHz < 1.3 16 dBi 50 Ω Vertical > 20 dB H-plane: 120°/ E-plane: 6.5° 6° electr. downtilt 500 Watt (at 50 °C ambient temperature) 12 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm 215° 120° 10 dB 3 0 Horizontal Pattern dB 6.5° 10 Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 56 Eurocell Panels – Vertical Polarization Adjustable Electrical Downtilt 3°–15° 65° Half-power Beam Width Panel 900 65° 15dBi 3°–15°T Type No. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 737 906 7-16 female Bottom 870 – 960 MHz < 1.5 50 Ω 15 dBi Vertical > 25 dB H-plane: 65°/ E-plane: 14° electr. downtilt: 3° – 15° adjustable in 1° steps sidelobe suppression: > 14 dB (0° ... 40° above horizon) 500 Watt (at 50 °C ambient temperature) 7 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 302 x 160 mm 1294 / 258 / 103 mm Max. power Weight Wind load Max. wind velocity Packing size Height/width/depth 120° 65° 10 3 0 Horizontal Pattern dB 14° 10 3 0 Vertical Pattern 7° Downtilt dB 15° 10 3 0 To set electrical downtilt: – push the lever towards the antenna. – align to the desired setting. – let the lever click into position. Vertical Pattern 15° Downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 57 – let the lever click into position. downtilt: 3° – 15° adjustable in 1° steps sidelobe suppression: > 14 dB (0° . – align to the desired setting.4 50 Ω 13. wind velocity Packing size Height/width/depth 90° 180° 10 3 0 dB Horizontal Pattern 14° 10 3 0 Vertical Pattern 7° Downtilt dB 15° 10 3 0 To set electrical downtilt: – push the lever towards the antenna.. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 736 077 7-16 female Bottom 870 – 960 MHz < 1. power Weight Wind load Max.5 dBi Vertical > 22 dB H-plane: 90°/ E-plane: 14° electr.. Vertical Pattern 15° Downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 58 . 40° above horizon) 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 302 x 160 mm 1294 / 258 / 103 mm Max.Eurocell Panels – Vertical Polarization Adjustable Electrical Downtilt 3°–15° 90° Half-power Beam Width Panel 900 90° 13.5dBi 3–15°T Type No. . 40° above horizon) 500 Watt (at 50 °C ambient temperature) 6 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 302 x 160 mm 1294 / 258 / 103 mm Max. Vertical Pattern 15° Downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 59 .Eurocell Panels – Vertical Polarization Adjustable Electrical Downtilt 3°–15° 105° Half-power Beam Width Panel 900 105° 13dBi 3–15°T Type No.. downtilt: 3° – 15° adjustable in 1° steps sidelobe suppression: > 14 dB (0° . wind velocity Packing size Height/width/depth 105° 195° 3 0 Horizontal Pattern dB 14° 10 3 0 Vertical Pattern 7° Downtilt dB 15° 10 3 0 To set electrical downtilt: – push the lever towards the antenna. – let the lever click into position.4 50 Ω 13 dBi Vertical > 22 dB H-plane: 105°/ E-plane: 14° electr. power Weight Wind load Max. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 736 078 7-16 female Bottom 870 – 960 MHz < 1. – align to the desired setting. wind velocity Packing size Height/width/depth 160° 10 230° 3 0 dB Horizontal Pattern 14° 10 3 0 Vertical Pattern 7° Downtilt dB 15° 10 To set electrical downtilt: – push the lever towards the antenna. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 738 018 7-16 female Bottom 870 – 960 MHz < 1.5 50 Ω 11. subreflector) Max. – let the lever click into position. 40° above horizon) 500 Watt (at 50 °C ambient temperature) 6.5dBi 3–15°T Type No.Eurocell Panels – Vertical Polarization Adjustable Electrical Downtilt 3°–15° 160° Half-power Beam Width Panel 900 160° 11.. power Weight Wind load Max.5 kg Frontal: 220 N (at 150 km/h) Lateral: 170 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 302 x 300 mm 1294 / 258 / 103 mm (284 mm incl. – align to the desired setting. downtilt: 3° – 15° adjustable in 1° steps sidelobe suppression: > 14 dB (0° . 3 0 Vertical Pattern 15° Downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) 60 dB .5 dBi Vertical > 25 dB H-plane: 160°/ E-plane: 14° electr.. power per input Weight Wind load Max.5 50 Ω 2 x 9 dBi Vertical. wind velocity Packing size Height/width/depth Vertical Polarization 65° 120° 78° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 65° 75° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 61 .Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 900 65° 9dBi Type No.2 kg Frontal: 40 N (at 150 km/h) Lateral: 25 N (at 150 km/h) Rearside: 90 N (at 150 km/h) 230 km/h 312 x 272 x 160 mm 264 / 258 / 103 mm Isolation Max. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 737 115 2 x 7-16 female Bottom or top 870 – 960 MHz < 1. horizontal > 17 dB Vertical polarization H-plane: 65°/ E-plane: 78° Horizontal polarization E-plane: 65°/ H-plane: 75° > 36 dB 350 Watt (at 50 °C ambient temperature) 1. Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 65° 14dBi Type No. horizontal > 25 dB Vertical polarization H-plane: 65°/ E-plane: 18° Horizontal polarization E-plane: 65°/ H-plane: 18° > 36 dB 400 Watt (at 50 °C ambient temperature) 5.5 50 Ω 2 x 14 dBi Vertical.5 kg Frontal: 160 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 360 N (at 150 km/h) 200 km/h 1102 x 272 x 160 mm 974 / 258 / 103 mm Isolation Max. wind velocity Packing size Height/width/depth Vertical Polarization 65° 18° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 65° 18° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 62 . Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 736 767 2 x 7-16 female Bottom 824 – 960 MHz < 1. power per input Weight Wind load Max. wind velocity Packing size Height/width/depth Vertical Polarization 65° 13° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 65° 13° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 63 . horizontal > 25 dB Vertical polarization H-plane: 65° / E-plane: 13° Horizontal polarization E-plane: 65° / H-plane: 13° > 36 dB 500 Watt (at 50 °C ambient temperature) 6. power per input Weight Wind load Max. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 737 652 2 x 7-16 female Bottom 806 – 960 MHz < 1.5 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm Isolation Max.5 50 Ω 2x 15.5 dBi Type No.Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 65° 15.5 dBi Vertical. horizontal > 25 dB Vertical polarization H-plane: 65°/ E-plane: 9° Horizontal polarization E-plane: 65°/ H-plane: 9° > 36 dB 400 Watt (at 50 °C ambient temperature) 10 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm Isolation Max. wind velocity Packing size Height/width/depth Vertical Polarization 65° 9° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 65° 9° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 64 . Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 737 654 2 x 7-16 female Bottom 824 – 960 MHz < 1.5 50 Ω 2x 17 dBi Vertical. power per input Weight Wind load Max.Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 65° 17dBi Type No. power Weight Wind load Max. horizontal > 25 dB Vertical polarization Horizontal: 65°.Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 900 65° 17dBi 6°T Type No. downtilt Horizontal Polarization 65° 120° dB 9° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr. vertical: 9°.5 2 x 17 dBi 50 Ω Vertical. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB 65 . 6° T Horizontal polarization Horizontal: 65°. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width 739 348 2 x 7-16 female Bottom 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth Vertical Polarization 65° 120° 9° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr. 6° T > 36 dB 400 Watt (at 50 °C ambient temperature) 10 kg Frontal: 340 N (at 150 km/h) Lateral: 220 N (at 150 km/h) Rearside: 750 N (at 150 km/h) 200 km/h 2062 x 272 x 160 mm 1934 / 258 / 103 mm Isolation Max. vertical: 9°. 5 dBi Vertical.5° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 66 .5 50 Ω 2x 18.5° 120° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 65° 6.5° Horizontal polarization E-plane: 65° H-plane: 6.Eurocell Panels – Dual Polarization Horizontal/Vertical 65° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 65° 18. power per input Weight Wind load Max. wind velocity Packing size Height/width/depth Vertical Polarization 65° 6. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 737 656 2 x 7-16 female Rearside 806 – 960 MHz < 1. horizontal > 25 dB Vertical polarization H-plane: 65°/ E-plane: 6.5° > 36 dB 500 Watt (at 50 °C ambient temperature) 13 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm Isolation Max.5 dBi Type No. power per input Weight Wind load Max.Eurocell Panels – Dual Polarization Horizontal/Vertical 90° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 90° 14dBi Type No. horizontal > 20 dB Vertical polarization H-plane: 90°/ E-plane: 13° Horizontal polarization E-plane: 90°/ H-plane: 13° > 36 dB 500 Watt (at 50 °C ambient temperature) 7 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm Isolation Max.5 50 Ω 2x 14 dBi Vertical. wind velocity Packing size Height/width/depth Vertical Polarization 90° 180° 13° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 90° 180° 13° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 67 . Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 738 332 2 x 7-16 female Bottom 824 – 960 MHz < 1. downtilt Horizontal Polarization 90° 180° 13° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr. horizontal > 20 dB Vertical polarization H-plane: 90°/ E-plane: 13°. wind velocity Packing size Height/width/depth Vertical Polarization 90° 180° 13° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr. 6°T > 36 dB 500 Watt (at 50 °C ambient temperature) 7 kg Frontal: 220 N (at 150 km/h) Lateral: 140 N (at 150 km/h) Rearside: 490 N (at 150 km/h) 200 km/h 1422 x 272 x 160 mm 1294 / 258 / 103 mm Isolation Max.Eurocell Panels – Dual Polarization Horizontal/Vertical 90° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 900 90° 14dBi 6°T Type No. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 739 246 2 x 7-16 female Bottom 870 – 960 MHz < 1. 6°T Horizontal polarization E-plane: 90°/ H-plane: 13°.5 50 Ω 2x 14 dBi Vertical. power per input Weight Wind load Max. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 68 . 5° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 69 . wind velocity Packing size Height/width/depth Vertical Polarization 90° 180° 6. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 738 578 2 x 7-16 female Bottom 824 – 960 MHz < 1. power per input Weight Wind load Max.5° Horizontal polarization E-plane: 90°/ H-plane: 6.5 50 Ω 2 x 17 dBi Vertical. horizontal > 20 dB Vertical polarization H-plane: 90°/ E-plane: 6.5° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern Horizontal Polarization 90° 180° 6.5° > 36 dB 500 Watt (at 50 °C ambient temperature) 13 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm Isolation Max.Eurocell Panels – Dual Polarization Horizontal/Vertical 90° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 800/900 90° 17dBi Type No. power per input Weight Wind load Max.5° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr.Eurocell Panels – Dual Polarization Horizontal/Vertical 90° Half-power Beam Width Two independent systems for vertical and horizontal polarization H/V Panel 900 90° 17dBi 6°T Type No.5°.5° 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern 6° electr.5 50 Ω 2 x 17 dBi Vertical.5°. downtilt Horizontal Polarization 90° 180° 6. downtilt Mounting accessories are not included in the scope of delivery (see page 71 – 81) dB dB 70 . horizontal > 20 dB Vertical polarization H-plane: 90° / E-plane: 6. wind velocity Packing size Height/width/depth Vertical Polarization 90° 180° 6. 6°T > 36 dB 500 Watt (at 50 °C ambient temperature) 13 kg Frontal: 460 N (at 150 km/h) Lateral: 300 N (at 150 km/h) Rearside: 1020 N (at 150 km/h) 200 km/h 2702 x 272 x 160 mm 2574 / 258 / 103 mm Isolation Max. 6°T Horizontal polarization E-plane: 90° / H-plane: 6. Input Connector position Frequency range VSWR Impedance Gain Polarization Front-to-back-ratio Half-power beam width 739 247 2 x 7-16 female Bottom 870 – 960 MHz < 1. Eurocell Panels Antenna Dimensions Height 264 mm Rear view Side view 8.3 258 Top view 103 264 71 .3 60±0.3±0. Eurocell Panels Antenna Dimensions Height 654 mm. 1294 mm Rear view 72 Side view 64 9 258 Top view 103 710/1030/1350 750/1070/1390 654/974/1294 72 . 974 mm. Eurocell Panels Antenna Dimensions Height 1934 mm Rear view 72 Side view 64 9 1934 1990 897 258 Top view 85 103 2030 73 . 3 2574 60 258 Top view 85 103 1215 2634 2674 74 .Eurocell Panels Antenna Dimensions Height 2574 mm Rear view 72 Side view 64 9 8. Eurocell Panels Mounting Configurations Small Pipe Diameter Large Pipe Diameter Off-set Flat Surface Standard Tilt Off-set Tilt 75 . 0 2. 330 g Units per antenna 1 26 4 Large Pipe 50 – 115 mm 738 546 1.Eurocell Panels Mounting Hardware Clamps Antenna height: 264 mm 10 25 8 3 Description Small Pipe Mast diameter 28 – 64 mm Type No.0 5.0 kg 1 Off-set 60 – 115 mm 115 – 210 mm 210 – 380 mm 380 – 521 mm 733 733 733 733 677 678 679 680 2.6 4. 731 651 Weight appr.3 kg kg kg kg 1 1 1 1 1 Flat Surface 732 809 200 g 731 651 738 546 733 678 76 . Eurocell Panels Mounting Hardware Clamps Antenna height: 654 974 1294 1934 mm mm mm mm 10 25 8 Description Small Pipe Mast diameter 28 – 64 mm Type No. 330 g Units per antenna 2 3 Large Pipe 50 – 115 mm 738 546 1.0 2.6 4. 731 651 Weight appr.3 kg kg kg kg 2 2 2 2 65 9 4 1274 1994 34 731 651 738 546 733 678 77 .0 5.0 kg 2 Off-set 60 – 115 mm 115 – 210 mm 210 – 380 mm 380 – 521 mm 733 733 733 733 677 678 679 680 2. 330 g Units per antenna 3 Large Pipe 50 – 115 mm 738 546 1.6 4.0 kg 3 Off-set 60 – 115 mm 115 – 210 mm 210 – 380 mm 380 – 521 mm 733 733 733 733 677 678 679 680 2.3 kg kg kg kg 3 3 3 3 25 74 731 651 738 546 733 678 78 .0 5.0 2. 731 651 Weight appr.Eurocell Panels Mounting Hardware Clamps Antenna height: 2574 mm 10 25 8 3 Description Small Pipe Mast diameter 28 – 64 mm Type No. 2. Weight 737 978 appr.8 kg 79 . 737 972 737 973 737 974 737 975 * Instructions to adjust the required downtilt angle are given in the datasheet or on the rearside of the antenna. 0 3 12 69 15 2 Downtilt kit without scale* Type No.Eurocell Panels Mounting Hardware Downtilt kit Antenna height: 654 974 1294 1934 mm mm mm mm Use the downtilt kit together with the clamps (see page 77) Screws supplied 0 Scale Downtilt angle Antenna height 654 mm 974 mm 1294 mm 1934 mm Downtilt angle 0° – 30° 0 °– 21° 0° – 16° 0° – 11° Downtilt kit with scale Type No. 737 976 Downtilt angle: 0° – 8° Weight: appr.Eurocell Panels Mounting Hardware Downtilt kit Antenna height: 2574 mm Type No.0 kg Screws supplied 0 Scale Use the downtilt kit 737 976 together with the clamps (see page 78) 80 0 3 12 69 15 2 . 5. Eurocell Panel Accessories Azimuth Adjustment Tool 738 440 Precise azimuth adjustment for mast mounted antennas can easily be achieved by using the azimuth adjustment tool. * Observe the position of the stopper when fitting the azimuth adjustment tool. This tool is suitable to all types of Eurocell Panels • Panels • A-Panels • F-Panels • XPol F-Panels Target object Elevation compensation Scale A-Panel Clamping device F-Panel F-Panel F-Panel XPol F-Panel Scale Target object * Move the stopper to central position XPol F-Panel Panel Clamping device Instruction: – Use a map to work out the angle between the designed antenna azimuth and target (church. building. – Then rotate the antenna until the target object appears in the telescope. 81 . – Place the adjustment tool onto the antenna and tighten the clamping device. – Set this angle on the scale of the adjustment tool. use elevation compensation. if necessary. mountain peak). – Use the telescope to aim at the target object. 82 Eurocell F-Panels Harmony of Design and Technology Slim, unobstrusive design This antenna family is especially suitable for installation at optically sensitive sites. The max. radome depth is only 49 mm. Fiberglass material guarantees optimum performance with regards to stability, stiffness, UV resistance and painting. The colour of the radome is grey. High quality, proven material as well as vibration and environmental tests (ETS 300 019-2-4 T4.1) carried out in our factory ensure a maintenancefree service life of over 15 years. The reduction of the number of components down to just a few multi-functional parts has reduced the number of electrical and mechanical connection points, thus also reducing the intermodulation products (the indicated value refers to 3rd order products measured with 2 carriers of 25 W each). Versions with half-power beam widths of 90° to 200° are available (with an additional subreflector). Various gain values of up to 16.5 dBi and electrical downtilt options will aid network planners to select the version most suitable for the intended purpose. The Eurocell F-Panels are DC grounded according EN 50083-1. The inner counductors are DC grounded for DC loop monitoring. The Eurocell F-Panels can be wall mounted without any additional hardware. For mast mounting, stainless steel brackets and mechanical downtilt kits are available. To assist the installation technicians in aligning the antennas, an azimuth adjustment tool can be supplied (see accessories). Flat fiberglass radome High level of operational safety and long service-life Patented, gain-optimized radiating system Low intermodulation products (typically -150 dBc) Large variety of half-power beam widths and gains Electrical downtilt Excellent grounding Multi-functional installation hardware Summary – Eurocell F-Panels Vertical Polarization Type Type No. Frequency range 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz Height Connector position bottom or top bottom or top bottom or top bottom or top bottom bottom or top bottom bottom or top bottom bottom or top bottom Page F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 F-Panel 900 90° 90° 90° 7.5 dBi 7.5 dBi 10 dBi 736 622 736 854 736 855 736 668 736 623 736 858 736 859 736 863 736 864 736 866 736 867 262 mm 262 mm 502 mm 982 mm 982 mm 1222 mm 1222 mm 1942 mm 1942 mm 2422 mm 2422 mm 86 86 86 87 87 88 88 89 89 90 90 90° 12.5 dBi 90° 12.5 dBi 10°T 90° 90° 14 dBi 14 dBi 6°T 90° 15.5 dBi 90° 15.5 dBi 90° 16.5 dBi 90° 16.5 dBi 5°T 2°T F-Panel 900 105° F-Panel 900 105° 9.5 dBi 12 dBi 736 870 736 871 736 873 736 874 736 878 736 879 736 881 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 502 mm 982 mm 1222 mm 1222 mm 1942 mm 1942 mm 2422 mm bottom or top bottom or top bottom or top bottom bottom or top bottom bottom or top 91 91 92 92 93 93 94 F-Panel 900 105° 13.5 dBi F-Panel 900 105° 13.5 dBi F-Panel 900 105° F-Panel 900 105° F-Panel 900 105° 15 dBi 15 dBi 16 dBi 6°T 5°T F-Panel 900 160° F-Panel 900 160° F-Panel 900 160° F-Panel 900 160° F-Panel 900 160° 11 dBi 11 dBi 10°T 14 dBi 14 dBi 15 dBi 736 900 736 901 736 902 736 904 737 849 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 880 – 960 MHz 982 mm 982 mm 1942 mm 1942 mm 2422 mm bottom or top bottom bottom or top bottom bottom 95 95 96 96 97 5°T 2°T F-Panel 900 180° 10.5 dBi F-Panel 900 180° 10.5 dBi 10°T F-Panel 900 180° 13.5 dBi F-Panel 900 180° 13.5 dBi F-Panel 900 180° 14.5 dBi 737 369 737 370 737 371 737 373 737 375 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 880 – 960 MHz 982 mm 982 mm 1942 mm 1942 mm 2422 mm bottom or top bottom bottom or top bottom bottom 98 98 99 99 100 5°T 2°T 84 5 dBi 6°T 6°T 3-F-Panel 3-F-Panel 3-F-Panel 3-F-Panel 900 900 900 900 90° 12.5 dBi 105° 13. Frequency range 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 872 – 960 MHz 880 – 960 MHz Height Connector position bottom or top bottom bottom or top bottom bottom Page F-Panel 900 200° F-Panel 900 200° F-Panel 900 200° F-Panel 900 200° F-Panel 900 200° 10 dBi 10 dBi 10°T 13 dBi 13 dBi 14 dBi 737 377 737 378 737 379 737 381 737 383 982 mm 982 mm 1942 mm 1942 mm 2422 mm 101 101 102 102 103 5°T 2°T Adjustable Electrical Downtilt – Vertical Polarization F-Panel 900 90° 13.5 dBi 90° 12.Summary – Eurocell F-Panels Vertical Polarization Type Type No.5 dBi 4–14°T 738 580 880 – 960 MHz 1440 mm bottom 104 Multi-unit Panels – Vertical Polarization 2-F-Panel 900 90° 2-F-Panel 900 90° 2-F-Panel 2-F-Panel 2-F-Panel 2-F-Panel 900 900 900 900 7.5 dBi 10°T 105° 12 dBi 105° 12 dBi 10°T 738 738 738 738 144 145 142 143 872 872 872 872 – – – – 960 960 960 960 MHz MHz MHz MHz 3041 3041 3041 3041 mm mm mm mm bottom bottom bottom bottom 108 108 109 109 85 .5 dBi 10 dBi 739 303 739 304 738 738 738 738 020 021 140 141 880 – 960 MHz 880 – 960 MHz 872 872 872 872 – – – – 960 960 960 960 MHz MHz MHz MHz 502 mm 982 mm 2422 2422 2422 2422 mm mm mm mm bottom bottom bottom bottom bottom bottom 105 105 106 106 107 107 90° 14 dBi 90° 14 dBi 105° 13. power Weight Wind load 736 855 7-16 female Bottom or top 872 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back ratio Half-power beam width Max.Eurocell F-Panels – Vertical Polarization 90° Half-power Beam Width F-Panel 900 90° 7.5dBi Type No.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 70° 350 Watt (at 50 °C ambient temperature) 1.5 7. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.4 10 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 36° 400 Watt (at 50 °C ambient temperature) 2. wind velocity Packing size Height/width/depth 10 dB 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 110 – 117) 86 .5 kg Frontal: 45 N (at 150 km/h) Lateral: 20 N (at 150 km/h) Rearside: 60 N (at 150 km/h) 200 km/h 369 x 172 x 72 mm 262 / 155 / 49 mm 10 3 0 dB Horizontal Pattern 70° 10 3 0 Vertical Pattern F-Panel 900 90° 10dBi Type No. power Weight Wind load 736 622 736 854 180° 90° Max. wind velocity Packing size Height/width/depth 7-16 female N female Bottom or top 872 – 960 MHz < 1.3 kg Frontal: 90 N (at 150 km/h) Lateral: 40 N (at 150 km/h) Rearside: 110 N (at 150 km/h) 200 km/h 604 x 172 x 72 mm 502 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 36° Max. 8 kg Frontal: 180 N (at 150 km/h) Lateral: 80 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1084 x 172 x 72 mm 982 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern 18° Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 10° electr. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 90° 12. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.8 kg Frontal: 180 N (at 150 km/h) Lateral: 80 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1084 x 172 x 72 mm 982 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 18° 10 Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 87 .5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 18° 10° electr. power Weight Wind load 736 623 7-16 female Bottom 872 – 960 MHz < 1.3 12.5dBi Type No.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 3. downtilt 400 Watt (at 50 °C ambient temperature) 3.5dBi 10°T Type No. power Weight Wind load 736 668 7-16 female Bottom or top 872 – 960 MHz < 1.Eurocell F-Panels – Vertical Polarization 90° Half-power Beam Width F-Panel 900 90° 12.3 12. Eurocell F-Panels – Vertical Polarization 90° Half-power Beam Width F-Panel 900 90° 14dBi Type No.6 kg Frontal: 230 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 290 N (at 150 km/h) 200 km/h 1324 x 172 x 72 mm 1222 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 14° 10 Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 90° 14dBi 6°T Type No.6 kg Frontal: 230 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 290 N (at 150 km/h) 200 km/h 1324 x 172 x 72 mm 1222 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern 14° Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr. power Weight Wind load 736 858 7-16 female Bottom or top 872 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 736 859 7-16 female Bottom 872 – 960 MHz < 1.3 14 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 14° 6° electr.3 14 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 14° 400 Watt (at 50 °C ambient temperature) 4. downtilt 400 Watt (at 50 °C ambient temperature) 4. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 88 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. 3 15.8 kg Frontal: 380 N (at 150 km/h) Lateral: 180 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2044 x 172 x 72 mm 1942 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern 8.5dBi 5°T Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 8. power Weight Wind load 736 863 7-16 female Bottom or top 872 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 90° 15.Eurocell F-Panels – Vertical Polarization 90° Half-power Beam Width F-Panel 900 90° 15.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 8.8 kg Frontal: 380 N (at 150 km/h) Lateral: 180 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2044 x 172 x 72 mm 1942 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 8. power Weight Wind load 736 864 7-16 female Bottom 872 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 5° electr.5° 5° electr.5° 10 Max.3 15.5° Max. downtilt 400 Watt (at 50 °C ambient temperature) 6.5° 400 Watt (at 50 °C ambient temperature) 6.5dBi Type No. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 89 . wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 90° 16.5dBi 2°T Type No. power Weight Wind load 736 867 7-16 female Bottom 872 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2534 x 172 x 72 mm 2422 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern dB 7° 10 Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 7° 2° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 90 .5dBi Type No. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 2° electr.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 7° 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2524 x 172 x 72 mm 2422 / 155 / 49 mm 180° 90° 10 3 0 dB Horizontal Pattern 7° Max.4 16. power Weight Wind load 736 866 7-16 female Bottom or top 872 – 960 MHz < 1.Eurocell F-Panels – Vertical Polarization 90° Half-power Beam Width F-Panel 900 90° 16.3 16. 5 9. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 91 .3 kg Frontal: 90 N (at 150 km/h) Lateral: 40 N (at 150 km/h) Rearside: 110 N (at 150 km/h) 200 km/h 604 x 172 x 72 mm 502 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB 36° Max. wind velocity Packing size Height/width/depth 10 dB 3 0 Vertical Pattern F-Panel 900 105° 12dBi Type No.Eurocell F-Panels – Vertical Polarization 105° Half-power Beam Width F-Panel 900 105° 9.8 kg Frontal: 180 N (at 150 km/h) Lateral: 80 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1084 x 172 x 72 mm 982 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB 18° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 12 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 3.5 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 36° 400 Watt (at 50 °C ambient temperature) 2. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5dBi Type No. power Weight Wind load 736 870 7-16 female Bottom or top 872 – 960 MHz < 1. power Weight Wind load 736 871 7-16 female Bottom or top 872 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 105° 13.5 13. downtilt 400 Watt (at 50 °C ambient temperature) 4. power Weight Wind load 736 873 7-16 female Bottom or top 872 – 960 MHz < 1.Eurocell F-Panels – Vertical Polarization 105° Half-power Beam Width F-Panel 900 105° 13. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 92 .5 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 14° 400 Watt (at 50 °C ambient temperature) 4.5dBi 6°T Type No.5 13. power Weight Wind load 736 874 7-16 female Bottom 872 – 960 MHz < 1.6 kg Frontal: 230 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 290 N (at 150 km/h) 200 km/h 1324 x 172 x 72 mm 1222 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB dB 14° 10 Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 14° 6° electr. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 6° electr.5dBi Type No.6 kg Frontal: 230 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 290 N (at 150 km/h) 200 km/h 1324 x 172 x 72 mm 1222 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB 14° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt 400 Watt (at 50 °C ambient temperature) 6. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5° 10 Max. power Weight Wind load 736 878 7-16 female Bottom or top 872 – 960 MHz < 1.8 kg Frontal: 380 N (at 150 km/h) Lateral: 180 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2044 x 172 x 72 mm 1942 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB 8.5° 400 Watt (at 50 °C ambient temperature) 6. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 5° electr. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 105° 15dBi 5°T Type No.Eurocell F-Panels – Vertical Polarization 105° Half-power Beam Width F-Panel 900 105° 15dBi Type No. power Weight Wind load 736 879 7-16 female Bottom 872 – 960 MHz < 1.5° Max.5° 5° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 93 .8 kg Frontal: 380 N (at 150 km/h) Lateral: 180 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2044 x 172 x 72 mm 1942 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB dB 8.5 15 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 8.5 15 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 736 881 7-16 female Bottom or top 872 – 960 MHz < 1. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 94 .5 16 dBi 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 7° 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2534 x 172 x 72 mm 2422 / 155 / 49 mm 195° 105° 3 0 Horizontal Pattern dB 7° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell F-Panels – Vertical Polarization 105° Half-power Beam Width F-Panel 900 105° 16dBi Type No. power Weight Wind load 736 901 160° Max.4 11 dBi 50 Ω Vertical > 20 dB H-plane: 160°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl.3 11 dBi 50 Ω Vertical > 20 dB H-plane: 160°/ E-plane: 18° 10° electr. downtilt 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 95 . Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell F-Panels – Vertical Polarization 160° Half-power Beam Width F-Panel 900 160° 11dBi Type No. Subreflector) 230° 10 3 0 Horizontal Pattern dB 18° 10 3 0 Vertical Pattern F-Panel 900 160° 11dBi 10°T Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Subreflector) 230° 10 3 0 Horizontal Pattern dB dB 18° 10 3 0 Vertical Pattern 10° electr. power Weight Wind load 736 900 160° Max. wind velocity Packing size Height/width/depth 7-16 female Bottom or top 872 – 960 MHz < 1. wind velocity Packing size Height/width/depth 7-16 female Bottom 872 – 960 MHz < 1. downtilt 400 Watt (at 50 °C ambient temperature) 6.3 14 dBi 50 Ω Vertical > 20 dB H-plane: 160°/ E-plane: 8.5° 5° electr. wind velocity Packing size Height/width/depth 7-16 female Bottom or top 872 – 960 MHz < 1.5° 10 3 0 Vertical Pattern F-Panel 900 160° 14dBi 5°T Type No.Eurocell F-Panels – Vertical Polarization 160° Half-power Beam Width F-Panel 900 160° 14dBi Type No. Subreflector) 230° 10 3 0 Horizontal Pattern dB dB 8. wind velocity Packing size Height/width/depth 7-16 female Bottom 872 – 960 MHz < 1.5° 400 Watt (at 50 °C ambient temperature) 7 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl. power Weight Wind load 736 902 160° Max. power Weight Wind load 736 904 160° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5° 10 3 0 Vertical Pattern 5° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 96 .8 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl.4 14 dBi 50 Ω Vertical > 20 dB H-plane: 160°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Subreflector) 230° 10 3 0 Horizontal Pattern dB 8. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 97 . wind velocity Packing size Height/width/depth 7-16 female Bottom 880 – 960 MHz < 1. Subreflector) 230° 10 3 0 Horizontal Pattern dB 7° 10 3 0 Vertical Pattern 2° electr. downtilt 400 Watt (at 50 °C ambient temperature) 10 kg Frontal: 490 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2527 x 177 x 259 mm 2422 / 155 / 49 mm (224 mm incl. power Weight Wind load 737 849 160° Max.3 15 dBi 50 Ω Vertical > 20 dB H-plane: 160°/ E-plane: 7° 2° electr.Eurocell F-Panels – Vertical Polarization 160° Half-power Beam Width F-Panel 900 160° 15dBi 2°T Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl. Subreflector) 180° 10 3 0 Horizontal Pattern dB dB 18° 10 Max. power Weight Wind load 737 369 7-16 female Bottom or top 872 – 960 MHz < 1. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 98 . wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 10° electr.4 10. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 737 370 7-16 female Bottom 872 – 960 MHz < 1.5 dBi 50 Ω Vertical > 20 dB H-plane: 180°/ E-plane: 18° 10° electr.5dBi 10°T Type No. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 180° 10. Subreflector) 180° 10 3 0 Horizontal Pattern dB 18° Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell F-Panels – Vertical Polarization 180° Half-power Beam Width F-Panel 900 180° 10.5dBi Type No.4 10.5 dBi 50 Ω Vertical > 20 dB H-plane: 180°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl. 5° 400 Watt (at 50 °C ambient temperature) 7 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl.5 dBi 50 Ω Vertical > 20 dB H-plane: 180°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 180° 13. Subreflector) 180° 10 3 0 Horizontal Pattern dB 8.Eurocell F-Panels – Vertical Polarization 180° Half-power Beam Width F-Panel 900 180° 13.5 dBi 50 Ω Vertical > 20 dB H-plane: 180°/ E-plane: 8. power Weight Wind load 737 371 7-16 female Bottom or top 872 – 960 MHz < 1.5° 5° electr.5dBi Type No. power Weight Wind load 737 373 7-16 female Bottom 872 – 960 MHz < 1.4 13.5° Max.5° 10 Max. Subreflector) 180° 10 3 0 Horizontal Pattern dB dB 8. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 99 .4 13. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.5dBi 5°T Type No.8 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 5° electr. downtilt 400 Watt (at 50 °C ambient temperature) 6. Subreflector) 180° 10 3 0 Horizontal Pattern dB 7° 10 Max.5dBi 2°T Type No. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 2° electr.4 14 dBi 50 Ω Vertical > 20 dB H-plane: 180°/ E-plane: 7° 2° electr. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 100 .Eurocell F-Panels – Vertical Polarization 180° Half-power Beam Width F-Panel 900 180° 14. power Weight Wind load 737 375 7-16 female Bottom 880 – 960 MHz < 1. downtilt 400 Watt (at 50 °C ambient temperature) 10 kg Frontal: 490 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2527 x 177 x 259 mm 2422 / 155 / 49 mm (224 mm incl. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. 4 10 dBi 50 Ω Vertical > 20 dB H-plane: 200°/ E-plane: 18° 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 200° 10dBi 10°T Type No. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 101 . downtilt 400 Watt (at 50 °C ambient temperature) 5 kg Frontal: 180 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1087 x 172 x 259 mm 982 / 155 / 49 mm (224 mm incl. power Weight Wind load 737 377 7-16 female Bottom or top 872 – 960 MHz < 1.Eurocell F-Panels – Vertical Polarization 200° Half-power Beam Width F-Panel 900 200° 10dBi Type No. Subreflector) 200° 10 3 0 Horizontal Pattern dB 18° Max. power Weight Wind load 737 378 7-16 female Bottom 872 – 960 MHz < 1.4 10 dBi 50 Ω Vertical > 20 dB H-plane: 200°/ E-plane: 18° 10° electr. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 10° electr. Subreflector) 200° 10 3 0 Horizontal Pattern dB dB 18° 10 Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. power Weight Wind load 737 381 7-16 female Bottom 872 – 960 MHz < 1.5° 10 Max.4 13 dBi 50 Ω Vertical > 20 dB H-plane: 200°/ E-plane: 8. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 102 . Subreflector) 200° 10 3 0 Horizontal Pattern dB dB 8. wind velocity Packing size Height/width/depth 10 3 0 Vertical Pattern F-Panel 900 200° 13dBi 5°T Type No.5° Max. Subreflector) 200° 10 3 0 Horizontal Pattern dB 8. wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 5° electr.5° 5° electr.4 13 dBi 50 Ω Vertical > 20 dB H-plane: 200°/ E-plane: 8. downtilt 400 Watt (at 50 °C ambient temperature) 7 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl.5° 400 Watt (at 50 °C ambient temperature) 7 kg Frontal: 380 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 480 N (at 150 km/h) 200 km/h 2047 x 172 x 259 mm 1942 / 155 / 49 mm (224 mm incl.Eurocell F-Panels – Vertical Polarization 200° Half-power Beam Width F-Panel 900 200° 13dBi Type No. power Weight Wind load 737 379 7-16 female Bottom or top 872 – 960 MHz < 1. downtilt 400 Watt (at 50 °C ambient temperature) 10 kg Frontal: 490 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2527 x 172 x 259 mm 2422 / 155 / 49 mm (224 mm incl. Subreflector) 200° 10 3 0 Horizontal Pattern dB 7° 10 Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Max.Eurocell F-Panels – Vertical Polarization 200° Half-power Beam Width F-Panel 900 200° 14dBi 2°T Type No. power Weight Wind load 737 383 7-16 female Bottom 880 – 960 MHz < 1. downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 103 . wind velocity Packing size Height/width/depth 3 0 Vertical Pattern 2° electr.4 14 dBi 50 Ω Vertical > 20 dB H-plane: 200°/ E-plane: 7° 2° electr. Eurocell F-Panel – Vertical Polarization Adjustable Electrical Downtilt 4° – 14° 90° Half-power Beam Width F-Panel 900 90° 13dBi 4° – 14° Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Adjustment mechanism Max. power Weight Wind load 738 580 7-16 female Bottom 880 – 960 MHz < 1.5 13 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 14° 4°–14° electr. downtilt continuously adjustable Bottom 400 Watt (at 50 °C ambient temperature) 4.6 kg Frontal: 270 N (at 150 km/h) Lateral: 120 N (at 150 km/h) Rearside: 340 N (at 150 km/h) 200 km/h 1536 x 172 x 72 mm 1440 / 155 / 49 mm Max. wind velocity Packing size Height/width/depth 90° 180° 3 0 Horizontal Pattern dB 14° 10 3 0 Vertical Pattern 7° Downtilt dB 15° 10 3 0 Vertical Pattern 14° Downtilt Mounting accessories are not included in the scope of delivery (see page 110 – 117) dB 104 Eurocell F-Panels – Multi-unit 2 Unit Antennas 90° Half-power Beam Width 2F-Panel 900 90° 7.5dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back ratio Half-power beam width Isolation Max. power per input Weight Wind load 739 303 90° Max. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom 880 – 960 MHz < 1.5 2 x 7.5 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 70° > 30 dB 300 Watt (at 50 °C ambient temperature) 2.3 kg Frontal: 125 N (at 150 km/h) Lateral: 30 N (at 150 km/h) Rearside: 125 N (at 150 km/h) 200 km/h 604 x 172 x 72 mm 502 / 155 / 49 mm 180° 3 0 Horizontal Pattern dB 70° 10 3 0 Vertical Pattern 2F-Panel 900 90° 10dBi Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back ratio Half-power beam width Isolation Max. power per input Weight Wind load 739 304 90° Max. wind velocity Packing size Height/width/depth 2 x 7-16 female Bottom 880 – 960 MHz < 1.5 2 x 10 dBi 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 36° > 30 dB 300 Watt (at 50 °C ambient temperature) 3.8 kg Frontal: 180 N (at 150 km/h) Lateral: 80 N (at 150 km/h) Rearside: 230 N (at 150 km/h) 200 km/h 1084 x 172 x 72 mm 982 / 155 / 49 mm 180° 3 0 Horizontal Pattern dB dB 36° 10 dB 3 0 Vertical Pattern Mounting accessories are not included in the scope of delivery (see page 110 – 117) 105 Eurocell F-Panels – Multi-unit 2 Unit Antennas 90° Half-power Beam Width Antenna Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Isolation Max. power per input Weight Wind load 2-F-Panel 900 90° 14dBi 738 020 2 x 7-16 female Bottom or top 872 – 960 MHz < 1.4 14 dBi bottom system 13.5 dBi top system 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 14° > 36 dB 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2422 / 155 / 49 mm 2-F-Panel 900 90° 14dBi 6°T 738 021 2 x 7-16 female Bottom 872 – 960 MHz < 1.4 14 dBi bottom system 13.5 dBi top system 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 14°, 6°T > 36 dB 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2422 / 155 / 49 mm Max. wind velocity Height/width/depth 90° 180° 14° 14° 10 10 dB dB 3 0 3 0 3 0 Components for a 6-unit GSM antenna for 3 sectors Using the mast type no. 738 019 and the azimuth adjustment flange type no. 737 649, the 2-unit antennas type no. 738 020 or 738 021 can be combined to form a 6-unit antenna. Data of the 6-unit antenna: Length Diameter Weight Wind load Max. wind velocity Connector position Mounting Material 2800 mm (incl. mast) 220 mm 70 kg 600 N (at 150 km/h) 180 km/h Bottom (6 x 7-16 female) By means of 190 mm diameter standard flange. Mast and flange: Hot dip galvanized steel. Antennas: Completely closed fiberglass radome. Colour: Grey. All screws and nuts: Stainless steel. vertical > 36 dB horizontal > 45 dB All metal parts of the antenna as well as the inner conductors are DC grounded. Top view 88.9 mm 220 mm Isolation Grounding 190 mm 150 mm The components must be ordered separately: Description Example 1: 2-F-panel 900 90° 14 dBi Mast Azimuth adjustment flange 2-F-panel 900 90° 14 dBi 2-F-panel 900 90° 14dBi 6°T Mast Azimuth adjustment flange Type no. 738 020 738 019 737 649 738 738 738 737 020 021 019 649 Quantity 3 pieces 1 piece 1 piece 1 2 1 1 piece pieces piece piece Example 2: 18 mm flange base of the mast 738 019 dB 106 5 dBi bottom system 13 dBi top system 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 14°. All screws and nuts: Stainless steel.5 13. Data of the 6-unit antenna: Length Diameter Weight Wind load Max.5dBi 738 140 2 x 7-16 female Bottom or top 872 – 960 MHz < 1. Antennas: Completely closed fiberglass radome. mast) 220 mm 52 kg 630 N (at 150 km/h) 180 km/h Bottom (6 x 7-16 female) By means of 190 mm diameter standard flange. wind velocity Connector position Mounting Material 2800 mm (incl. power per input Weight Wind load 2-F-Panel 900 105° 13. vertical > 36 dB horizontal > 40 dB All metal parts of the antenna as well as the inner conductors are DC grounded. Colour: Grey.5 dBi bottom system 13 dBi top system 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 14° > 36 dB 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2422 / 155 / 49 mm 2-F-Panel 900 105° 13.5 dBi Mast Azimuth adjustment flange 2-F-panel 900 105° 13.9 mm 220 mm Isolation Grounding 190 mm 150 mm The components must be ordered separately: Description Example 1: 2-F-panel 900 105° 13. wind velocity Height/width/depth 105° 195° 14° 14° 10 10 dB dB 3 0 3 0 3 0 Components for a 6-unit GSM antenna for 3 sectors Using the mast type no.5dBi 6°T Mast Azimuth adjustment flange Type no. Mast and flange: Hot dip galvanized steel. 737 649.Eurocell F-Panels – Multi-unit 2 Unit Antennas 105° Half-power Beam Width Antenna Type No.5dBi 6°T 738 141 2 x 7-16 female Bottom 872 – 960 MHz < 1. 738 140 or 738 141 can be combined to form a 6-unit antenna. Top view 88. 6°T > 36 dB 400 Watt (at 50 °C ambient temperature) 9 kg Frontal: 490 N (at 150 km/h) Lateral: 230 N (at 150 km/h) Rearside: 620 N (at 150 km/h) 180 km/h 2422 / 155 / 49 mm Max. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Isolation Max.5 13. the 2-unit antennas type no.5 dBi 2-F-panel 900 105° 13. 738 140 738 019 737 649 738 738 738 737 140 141 019 649 Quantity 3 pieces 1 piece 1 piece 1 2 1 1 piece pieces piece piece Example 2: 18 mm flange base of the mast 738 019 dB 107 . 738 019 and the azimuth adjustment flange type no. 4 12. 738139) 3041 / 155 / 49 mm Max. All screws and nuts: Stainless steel. 737 649.5dBi 10°T 738 145 3 x 7-16 female Bottom 872 – 960 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Isolation Max.4 12.Eurocell F-Panels – Multi-unit 3 Unit Antennas 90° Half-power Beam Width Antenna Type No. vertical > 36 dB horizontal > 45 dB All metal parts of the antenna as well as the inner conductors are DC grounded. wind velocity Height/width/depth 90° 180° 18° 18° 10 10 dB dB 3 0 3 0 3 0 Components for a 9-unit GSM antenna for 3 sectors Using the mast type no. Top view 88.9 mm 220 mm Isolation Grounding 190 mm 150 mm The components must be ordered separately: Description Example 1: 3-F-panel 900 90° 12.5 dBi bottom system 12 dBi middle. top system 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 18°. top system 50 Ω Vertical > 20 dB H-plane: 90°/ E-plane: 18° > 36 dB 400 Watt (at 50 °C ambient temperature) 11 kg Frontal: 620 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 780 N (at 150 km/h) 180 km/h (on mast type no.5 dBi 10°T Mast Azimuth adjustment flange Type no.5 dBi Mast Azimuth adjustment flange 3-F-panel 900 90° 12. Mast and flange: Hot dip galvanized steel. Colour: Grey. Antennas: Completely closed fiberglass radome. 738 144 or 738 145 can be combined to form a 9-unit antenna. mast) 220 mm 84 kg 750 N (at 150 km/h) 180 km/h Bottom (9 x 7-16 female) By means of 190 mm diameter standard flange. wind velocity Connector position Mounting Material 3400 mm (incl. power per input Weight Wind load 3-F-Panel 900 90° 12.5dBi 738 144 3 x 7-16 female Bottom 872 – 960 MHz < 1. Data of the 9-unit antenna: Length Diameter Weight Wind load Max. 738 144 738 139 737 649 738 738 738 737 144 145 139 649 Quantity 3 pieces 1 piece 1 piece 1 2 1 1 piece pieces piece piece Example 2: 18 mm flange base of the mast 738 019 dB 108 . 738139) 3041 / 155 / 49 mm 3-F-Panel 900 90° 12.5 dBi 3-F-panel 900 90° 12. 10°T > 36 dB 400 Watt (at 50 °C ambient temperature) 11 kg Frontal: 620 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 780 N (at 150 km/h) 180 km/h (on mast type no.5 dBi bottom system 12 dBi middle. 738 139 and the azimuth adjustment flange type no. the 3-unit antennas type no. 5 12 dBi bottom system 11. Colour: Grey. vertical > 36 dB horizontal > 40 dB All metal parts of the antenna as well as the inner conductors are DC grounded.9 mm 220 mm Isolation Grounding 190 mm 150 mm The components must be ordered separately: Description Example 1: 3-F-panel 900 105° 12 dBi Mast Azimuth adjustment flange 3-F-panel 900 105° 12 dBi 3-F-panel 900 105° 12 dBi 10°T Mast Azimuth adjustment flange Type no. Mast and flange: Hot dip galvanized steel. 738 142 or 738 143 can be combined to form a 9-unit antenna.Eurocell F-Panels – Multi-unit 3 Unit Antennas 105° Half-power Beam Width Antenna Type No. Input Connector position Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power beam width Isolation Max. 738139) 3041 / 155 / 49 mm Max. top system 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 18° > 36 dB 400 Watt (at 50 °C ambient temperature) 11 kg Frontal: 620 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 780 N (at 150 km/h) 180 km/h (on mast type no. 738 139 and the azimuth adjustment flange type no. Data of the 9-unit antenna: Length Diameter Weight Wind load Max.5 dBi middle. All screws and nuts: Stainless steel. wind velocity Height/width/depth 105° 195° 18° 18° 10 10 dB dB 3 0 3 0 3 0 Components for a 9-unit GSM antenna for 3 sectors Using the mast type no. Antennas: Completely closed fiberglass radome. 738139) 3041 / 155 / 49 mm 3-F-Panel 900 105° 12dBi 10°T 738 143 3 x 7-16 female Bottom 872 – 960 MHz < 1. 737 649. the 3-unit antennas type no. 10°T > 36 dB 400 Watt (at 50 °C ambient temperature) 11 kg Frontal: 620 N (at 150 km/h) Lateral: 290 N (at 150 km/h) Rearside: 780 N (at 150 km/h) 180 km/h (on mast type no. power per input Weight Wind load 3-F-Panel 900 105° 12dBi 738 142 3 x 7-16 female Bottom 872 – 960 MHz < 1. top system 50 Ω Vertical > 20 dB H-plane: 105°/ E-plane: 18°.5 dBi middle. wind velocity Connector position Mounting Material 3400 mm (incl. mast) 220 mm 84 kg 750 N (at 150 km/h) 180 km/h Bottom (9 x 7-16 female) By means of 190 mm diameter standard flange. 738 142 738 139 737 649 738 738 738 737 142 143 139 649 Quantity 3 pieces 1 piece 1 piece 1 2 1 1 piece pieces piece piece Example 2: 18 mm flange base of the mast 738 019 dB 109 .5 12 dBi bottom system 11. Top view 88. 5 35 64 Top view radome depth 49 mm 25 Top view antenna with subreflector 224 155 49 110 . A B C ø 8.Eurocell F-Panels Antenna Dimensions A B C 262 mm 316 mm 346 mm 502 mm 556 mm 586 mm 982 mm 1036 mm 1066 mm 1222 mm 1276 mm 1306 mm 1942 mm 1996 mm 2026 mm 2422 mm 2476 mm 2506 mm A Corresponds with the antenna height mentioned in the technical data. whereby the downtilt angle is continuously adjustable. Clamps and downtilt kits are not included in the scope of delivery thus allowing customers to select the most suitable attachment accessories for their specific needs. The adjustable downtilt angles depend on the antenna height. house facades using the pre-attached installation plates. – To tubular masts using clamps and mechanical downtilt kits. – To flat surfaces – e.Eurocell F-Panels Mounting Configurations To tubular masts To flat surfaces How to attach the panels Eurocell flat panels can be easily and universally attached: – To tubular masts using clamps to suit the mast diameter. – To customer-specific structures using the pre-attached installation plates. The angles set can be read off from a special scale. 111 . Mounting screws are not included in the scope of delivery.g. 734 362 Type no. Mast diameter mm mm mm mm mm mm 262 262 262 262 262 262 Antenna height … … … … … … 1942 1942 1942 1942 1942 1942 mm mm mm mm mm mm Weight Units per appr. antenna 1 1 1 1 1 1 2 734 734 734 734 734 734 360 34 – 60 361 60 – 80 362 80 – 100 363 100 – 120 364 120 – 140 365 45 – 125 60 g 70 g 80 g 90 g 110 g 80 g 1 kg 738 546 50 – 115 mm 2422 mm Type no.Eurocell F-Panels Mounting Hardware Clamps Type no. 738 546 112 . 1.0 kg * Instructions to adjust the required downtilt angle are given in the datasheet or on the rearside of the antenna.Eurocell F-Panels Mounting Hardware Downtilt kit Antenna height: 502 982 1222 1942 mm mm mm mm Use the downtilt kit together with the clamps (see page 112). Screws supplied 86 10 4 2 0 Scale Downtilt angle Antenna height 502 mm 982 mm 1222 mm 1942 mm Downtilt angle 0° – 25° 0 °– 14° 0° – 10° 0° – 7° Downtilt kit with scale Type No. 113 . Weight 732 327 appr. 732 322 732 318 732 317 732 320 Downtilt kit without scale* Type No. : 737 971 Downtilt angle: 0° – 9° Weight: appr.8 kg Screws supplied 0 Scale The downtilt kit 737 971 should only be mounted with two clamps 738 546 (see page 112). 114 0 3 12 69 15 2 .Eurocell F-Panels Mounting Hardware Downtilt kit Antenna height: 2422 mm Type No. 2. Eurocell F-Panels Mounting Hardware Slant Compensation Kit Type no. 57 mm 77 mm Weight: appr. 200 g 115 . 732 319 together with the clamps (see page 112). 732 319 Use the slant compensation kit type no. 735 700 Precise azimuth angle adjustment for mast mounted antennas can easily be achieved by using the azimuth adjustment tool. use elevation compensation – Then rotate the antenna. to aim at the target object. building. if necessary. mountain peak) – Set this angle on the scale of the adjustment tool – Push the adjustment tool onto the antenna fixture and tighten the fixing screws – Use the telescope. target object scale ele co vat mp ion en sa tio n fixing screws Instruction: – Use a map to work out the angle between the designed antenna azimuth direction and target object (church. 116 . until the target object appears in the telescope objective.Eurocell F-Panels Mounting Hardware Azimuth Adjustment Tool Type no. 117 . – Then rotate the antenna until the target object appears in the telescope. – Use the telescope to aim at the target object. * Observe the position of the stopper when fitting the azimuth adjustment tool. This tool is suitable to all types of Eurocell Panels • Panels • A-Panels • F-Panels • XPol F-Panels Target object Elevation compensation Scale A-Panel Clamping device F-Panel F-Panel F-Panel XPol F-Panel Scale Target object * Move the stopper to central position XPol F-Panel Panel Clamping device Instruction: – Use a map to work out the angle between the designed antenna azimuth and target (church. use elevation compensation. – Place the adjustment tool onto the antenna and tighten the clamping device. building. if necessary. – Set this angle on the scale of the adjustment tool. mountain peak).Eurocell Panel Accessories Azimuth Adjustment Tool 738 440 Precise azimuth adjustment for mast mounted antennas can easily be achieved by using the azimuth adjustment tool. 118 . The distinguishing features of these special versions. 119 .Special Directional Antennas For Particular Applications Antennas for – repeaters – railway use – micro cells (street use). periodic antennas.g. are: – very small half-power beam width (high gain) – high sidelobe suppression – full bandwidth (790 – 960 MHz) – bidirectional horizontal pattern. parabolic panels or log. e. 5 dBi 735 727 500 mm 121 ParPanel 900 ParPanel 900 ParPanel 900 36° 14.5 dBi 36° 17.5 dBi 36° 20 dBi 728 685 728 684 K 73 45 64 7 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 7-16 7-16 7-16 650 mm 1290 mm 2250 mm 122 123 124 LogPer 900 51° 12 dBi K 73 22 67 790 – 960 MHz 7-16 300 mm 125 LogPer 900 72° 10 dBi K 72 23 67 790 – 960 MHz 7-16 280 mm 126 BiDir 900 65° 5 dBi 729 931 860 – 960 MHz 7-16 300 mm 127 120 . Frequency range 870 – 960 MHz Connector female 7-16 Height Page Panel 900 20° 16.Summary – Special Directional Antennas Vertical Polarization Type Type No. Special Directional Antennas Panel – Vertical Polarization 20° Half-power Beam Width Panel 900 20° 16.3 16.5dBi Type No. power Weight Wind load 735 727 7-16 female 870 – 960 MHz < 1. Due to the very sturdy antenna construction and the protection of the radiating system by the radome.5 dBi 50 Ω Vertical > 24 dB H-plane: 20°/ E-plane: 33° 500 Watt (at 50 °C ambient temperature) 10 kg Frontal: 500 N (at 150 km/h) Lateral: 110 N (at 150 km/h) Rearside: 715 N (at 150 km/h) 230 km/h 1062 x 562 x 275 mm 500 / 1000 / 190 mm Radiator: Aluminum. the antenna remains operational even under icy conditions. Max. Input Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power Beam Width Max. All metal parts of the antenna as well as the inner conductor are DC grounded. All screws and nuts: Stainless steel. wind velocity Packing size Height/width/depth Material: Ice protection: Grounding: Accessories (order separately) Type No. colour: White. Radome: Fiberglass. K K K K 61 61 61 61 14 14 14 14 02 03 04 05 Description 2 2 2 2 clamps clamps clamps clamps Remarks Mast: 60 – 115 mm diameter Mast: 115 – 210 mm diameter Mast: 210 – 380 mm diameter Mast: 380 – 521 mm diameter 20° 33° 10 dB 10 3 0 3 0 Horizontal Pattern Vertical Pattern dB K 61 14 03 121 . Reflector screen: Weather-proof aluminum. 429 Max. All screws and nuts: Stainless steel. The inner conductor is coupled capacitively.5 kg Frontal: 275 N (at 150 km/h) Lateral: 200 N (at 150 km/h) Rearside: 275 N (at 150 km/h) 200 km/h 820 x 640 x 465 mm 650 / 591 / 406 mm Radiator: Weather-proof aluminum. Input Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power Beam Width Max.5dBi Type No. colour: Grey. Accessories (order separately) Type No. wind velocity Packing size Height/width/depth Material: Ice protection: 650 700 M14 M14 406 Grounding: All metal parts of the antenna are DC grounded. power Weight Wind load 728 685 7-16 female 870 – 960 MHz < 1. 122 . the antenna remains operational even under icy conditions.3 14.Special Directional Antennas Parabolic Panel – Vertical Polarization 36° Half-power Beam Width ParPanel 900 36° 14. Radome: Fiberglass.5 dBi 50 Ω Vertical > 25 dB H-plane: 36°/ E-plane: 26° 400 Watt (at 50 °C ambient temperature) 14. 591 140 36° 26° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern dB K 61 14 03 760 Due to the very sturdy antenna construction and the protection of the radiating system by the radome. Reflector screen: Weather-proof aluminum. 733 736 K 61 14 03 K 61 14 04 K 61 14 05 733 695 Description 2 2 2 2 1 clamps clamps clamps clamps downtilt kit Remarks Mast: 50 – 125 mm diameter Mast: 115 – 210 mm diameter Mast: 210 – 380 mm diameter Mast: 380 – 521 mm diameter Downtilt angle: 0° – 33° Use the downtilt kit together with 2 clamps suitable for the mast diameter. Reflector screen: Weather-proof aluminum.5dBi Type No. Grounding: 1290 1340 M14 M14 406 Accessories (order separately) Type No. 733 736 K 61 14 03 K 61 14 04 K 61 14 05 733 695 Description 2 2 2 2 1 clamps clamps clamps clamps downtilt kit Remarks Mast: 50 – 125 mm diameter Mast: 115 – 210 mm diameter Mast: 210 – 380 mm diameter Mast: 380 – 521 mm diameter Downtilt angle: 0° – 16° Use the downtilt kit together with 2 clamps suitable for the mast diameter. All metal parts of the antenna are DC grounded.Special Directional Antennas Parabolic Panel – Vertical Polarization 36° Half-power Beam Width ParPanel 900 36° 17. All screws and nuts: Stainless steel. wind velocity Packing size Height/width/depth Material: Ice protection: Due to the very sturdy antenna construction and the protection of the radiating system by the radome. Radome: Fiberglass. 429 Max. Input Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power Beam Width Max. power Weight Wind load 728 684 7-16 female 870 – 960 MHz < 1. colour: Grey. the antenna remains operational even under icy conditions. 36° 13° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern K 61 14 03 123 dB 591 140 1400 .3 17. The inner conductor is coupled capacitively.5 dBi 50 Ω Vertical > 30 dB H-plane: 36°/ E-plane: 13° 400 Watt (at 50 °C ambient temperature) 21 kg Frontal: 550 N (at 150 km/h) Lateral: 350 N (at 150 km/h) Rearside: 550 N (at 150 km/h) 200 km/h 1460 x 640 x 465 mm 1290 / 591 / 406 mm Radiator: Weather-proof aluminum. 733 736 K 61 14 03 K 61 14 04 K 61 14 05 733 695 Description 2 2 2 2 1 clamps clamps clamps clamps downtilt kit Remarks Mast: 50 – 125 mm diameter Mast: 115 – 210 mm diameter Mast: 210 – 380 mm diameter Mast: 380 – 521 mm diameter Downtilt angle: 0° – 10° Use the downtilt kit together with 2 clamps suitable for the mast diameter. Reflector screen: Weather-proof aluminum. All screws and nuts: Stainless steel. Input Frequency range VSWR Gain Impedance Polarization Front-to-back-ratio Half-power Beam Width Max. Due to the very sturdy antenna construction and the protection of the radiating system by the radome. the antenna remains operational even under icy conditions. Radome: Fiberglass. power Weight Wind load K 73 45 64 7 7-16 female 870 – 960 MHz < 1. wind velocity Packing size Height/width/depth Material: Ice protection: 429 Grounding: Accessories (order separately) Type No. 2250 2300 M14 M14 591 140 406 36° Max.Special Directional Antennas Parabolic Panel – Vertical Polarization 36° Half-power Beam Width ParPanel 900 36° 20dBi Type No. colour: Grey. 8° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern K 61 14 03 124 dB 2360 . All metal parts of the antenna are DC grounded. The inner conductor is coupled capacitively.3 20 dBi 50 Ω Vertical > 30 dB H-plane: 36° / E-plane: 8° 500 Watt (at 50 °C ambient temperature) 30 kg Frontal: 950 N (at 150 km/h) Lateral: 600 N (at 150 km/h) Rearside: 950 N (at 150 km/h) 200 km/h 2420 x 640 x 465 mm 2250 / 591 / 406 mm Radiator: Weather-proof aluminum. All metal parts of the antenna as well as the inner conductor are DC grounded.3 kg Frontal: 20 N (at 150 km/h) Lateral: 260 N (at 150 km/h) Rearside: 30 N (at 150 km/h) 200 km/h 1000 x 360 x 175 mm 300 / 155 / 785 mm Radiator: Weather-proof aluminum. Reflector screen: Weather-proof aluminum. the antenna remains operational even under icy conditions. wind velocity Packing size Height/width/depth Material: Mounting: Ice protection: Grounding: 51° 45° 10 10 dB 3 0 3 0 Horizontal Pattern Vertical Pattern dB 125 .Special Directional Antennas Logarithmic Periodic – Vertical Polarization 51° Half-power Beam Width LogPer 900 51° 12dBi Type No. The antenna can be mounted on tubular mast with a diameter of 30 – 70 mm with supplied clamps. Input Frequency range VSWR Gain Impedance Polarization Side-lobe supression Front-to-back-ratio Half-power Beam Width Max. power Weight Wind load K 73 22 67 7-16 female 790 – 960 MHz < 1. colour: Grey. All screws and nuts: Stainless steel.4 12 dBi 50 Ω Vertical > 25 dB > 30 dB H-plane: 51°/ E-plane: 45° 500 Watt (at 50 °C ambient temperature) 6. Radome: Fiberglass. Due to the very sturdy antenna construction and the protection of the radiating system by the radome. Max. Special Directional Antennas Logarithmic Periodic – Vertical Polarization 72° Half-power Beam Width LogPer 900 72° 10dBi Type No. power Weight Wind load K 72 23 67 7-16 female 790 – 960 MHz < 1. Input Frequency range VSWR Gain Impedance Polarization Side-lobe supression Front-to-back-ratio Half-power Beam Width Max. colour: Grey. the antenna remains operational even under icy conditions. wind velocity Packing size Diameter/depth Material: Mounting: Ice protection: Grounding: 72° 55° 10 3 0 10 dB 3 0 Horizontal Pattern Vertical Pattern dB 126 . The antenna can be mounted on tubular mast with a diameter of 50 – 115 mm with supplied clamps.5 10 dBi 50 Ω Vertical > 25 dB > 25 dB H-plane: 72°/ E-plane: 55° 300 Watt (at 50 °C ambient temperature) 5. Due to the very sturdy antenna construction and the protection of the radiating system by the radome. Reflector screen: Weather-proof aluminum. Radome: Fiberglass.0 kg Frontal: 30 N (at 150 km/h) Lateral: 100 N (at 150 km/h) Rearside: 40 N (at 150 km/h) 200 km/h 322 x 322 x 775 mm 280 / 500 mm Radiator: Weather-proof aluminum. All metal parts of the antenna as well as the inner conductor are DC grounded. Max. All screws and nuts: Stainless steel. All metal parts of the antenna as well as the inner conductors are DC grounded. colour: Grey. Radome: High impact plastic. All screws and nuts: Stainless steel. wind velocity Packing size Height/width/depth Material: Mounting: Ice protection: Grounding: 10 3 0 Horizontal Pattern dB Mast diameter = 48 mm 372 mm 127 .8 kg Frontal: 25 N (at 150 km/h) Lateral: 65 N (at 150 km/h) Rearside: 35 N (at 150 km/h) 200 km/h 422 x 212 x 95 mm 310 / 55 / 190 mm Radiator: Silver plated copper. 731 651. BiDir 900 65° 5dBi Type No. Please order per antenna 2 clamps type no.Special Directional Antennas Bidirectional Antenna – Vertical Polarization Due to its bidirectional horizontal pattern this antenna is especially suitable for micro-cell applications covering streets or railway lines. Due to the very sturdy antenna construction and the protection of the radiating system by the radome.5 5 dBi 50 Ω Vertical 400 Watt (at 50 °C ambient temperature) 0. Input Frequency range VSWR Gain Impedance Polarization Max. the antenna remains operational even under icy conditions. By means of clamps on tubular mast suitable to the diameter: 28 – 64 mm. Max. Wall mounting: No additional mounting kit needed. Reflector screen: Weather-proof aluminum. power Weight Wind load 729 931 7-16 female 860 – 960 MHz < 1. 128 . so special attention has been paid to their mechnical construction.Omnidirectional Antennas Solid. Multiple antenna versions with separate Rx/Tx sections for special applications are also available. Integrated into the antenna base are two easily mountable U-bolt brackets. we have been able to optimize the material used for these antennas. Proven materials and environmental vibration tests (ETS 300 019-2-4 T4.1). Excellent grounding High level of operational safety and long service-life Low intermodulation products (typically -150 dBc) Broadband and multiple versions Integrated mast attachment 129 . From on our many years of experience in the construction of antennas and from our extensive research into the effects of intermodulation. ensure a maintenance-free service life of over 15 years. reliable construction Omnidirectional antennas are often installed at exposed sites on the top of masts. suitable for masts of diameters from 50 to 94 mm or 30 – 105 mm. exceeding EN 50083-1. The new high gain versions cover the complete frequency range of 870 – 960 MHz. carried out in our factory. From the solid metal tip right down to the base of the high gain antennas the grounding cross-section is 22 mm2 copper or more. The exceptionally stiff fiberglass tube with low tip deflection will withstand wind velocities of up to 200 km/h. (The indicated values refer to 3rd order products measured with 2 carriers of 20 W each). 960 MHz 890 . Frequency range 870 – 960 MHz 806 – 960 MHz 806 – 960 MHz 890 – 960 MHz 890 – 960 MHz 870 – 960 MHz 870 – 960 MHz 824 – 894 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz 870 – 960 MHz Connector female N N 7-16 N 7-16 7-16 7-16 7-16 7-16 7-16 7-16 7-16 Height Remarks Page Omni 900 Omni 900 Omni 900 Omni 900 Omni 900 Omni 900 Omni 900 Omni 800 Omni 900 Omni 900 Omni 900 Omni 900 360° 360° 360° 360° 360° 360° 360° 360° 360° 360° 360° 360° 2 dBi 2 dBi 2 dBi 5 dBi 5 dBi 8 dBi 8 dBi 11 dBi 11 dBi 11 dBi 11 dBi 11 dBi 738 450 K 75 11 61 K 75 11 67 K 75 15 64 1 K 75 15 64 7 736 350 736 351 738 192 736 347 736 348 738 779 736 352 180 mm for indoor and outdoor use 273 mm 273 mm 635 mm 635 mm 1543 mm 1536 mm inverted 3237 mm 3033 mm 3022 mm inverted 3254 mm special base 3233 mm lightning rod 131 132 132 133 133 134 134 135 136 136 137 138 Omni 900 Omni 900 Omni 900 Omni 900 360° 360° 11 dBi 3°T 11 dBi 3°T 733 782 733 783 736 349 738 664 890 – 915 MHz 935 – 960 MHz 870 – 960 MHz 870 – 960 MHz 7-16 7-16 7-16 7-16 3291 mm lightning rod 3201 mm lightning rod 2954 mm 2856 mm inverted 139 139 140 140 360° 10. 960 MHz 890 .. 960 MHz 890 . 960 MHz 2 x 7-16 2 x 7-16 2 x 7-16 3 x 7-16 2513 mm 2 systems.5 dBi 5°T 2-Omni 900 360° 2-Omni 900 360° 2-Omni 900 360° 6/6 dBi 8/8 dBi 8/8 dBi 728 584 730 656 735 265 728 585 890 ....Rx/Tx 3630 mm 3 systems.Rx/Tx 3630 mm 2 systems.5 dBi 5°T 360° 10....Rx/Tx 3630 mm 2 systems..Summary – Omnidirectional Antennas Vertical Polarization Type Type No. Rx/Tx/Rx 141 142 142 143 3-Omni 900 360° 6/6/6 dBi 130 . Omnidirectional Antennas Vertical Polarization Indoor and outdoor use Omni 900 360° 2dBi Type No. One hole mounting (16 mm diameter) to surfaces of max. 10 mm thickness.5 2 dBi 50 Ω Vertical 150 Watt (at 50 °C ambient temperature) 200 g 20 mm 180 mm 180 mm Radiator: Brass. power Weight Radome diameter Height Material: 738 450 N female 870 – 960 MHz < 1. All metal parts of the antenna as well as the inner conductor and the mounting kit are DC grounded. colour: White. Radome: Fiberglass. Mounting: Grounding: 78° 10 3 0 Vertical Pattern dB 131 . Input Frequency range VSWR Gain Impedance Polarization Max. colour: Grey. Input Connector position Frequency range Gain VSWR Impedance Polarization Max. Mounting: Grounding: 78° 10 3 0 Vertical Pattern On the tip Laterally at the tip Brackets for side mounting (see page 144) dB 273 mm 132 . Radome: Fiberglass.Omnidirectional Antennas Vertical Polarization Omni 900 360° 2dBi Type No. The antenna can be attached in two ways with the supplied mounting kit: 1. power Weight Radome diameter Wind load Max.74 kg 21 mm 17 N (at 150 km/h) 200 km/h 455 x 112 x 97 mm 273 mm Radiator: Brass. screws and nuts: Stainless steel. Base: Weather-proof aluminum. On the tip of a tubular mast of 40 – 56 mm diameter (connecting cable runs inside the mast).5 50 Ω Vertical 100 Watt (at 50 °C ambient temperature) 0. wind velocity Packing size Height Material: K 75 11 61 N female K 75 11 67 7-16 female Bottom 806 – 960 MHz 2 dBi < 1. 2. Laterally at the tip of a tubular mast of 20 – 56 mm diameter (connecting cable runs outside the mast). All metal parts of the antenna as well as the inner conductor and the mounting kit are DC grounded. Mounting kit. Base: Weather-proof aluminum. 2. screws and nuts: Stainless steel. Radome: Fiberglass. Laterally at the tip of a tubular mast of 20 – 56 mm diameter (connecting cable runs outside the mast). wind velocity Packing size Height Material: K 75 15 64 1 N female K 75 15 64 7 7-16 female Bottom 890 – 960 MHz 5 dBi < 1.5 50 Ω Vertical 250 Watt (at 50 °C ambient temperature) 0. All metal parts of the antenna as well as the inner conductor and the mounting kit are DC grounded. The antenna can be attached in two ways with the supplied mounting kit: 1. Mounting kit.Omnidirectional Antennas Vertical Polarization Omni 900 360° 5dBi Type No.90 kg 21 mm 20 N (at 150 km/h) 200 km/h 825 x 112 x 97 mm 635 mm Radiator: Brass. On the tip of a tubular mast of 40 – 56 mm diameter (connecting cable runs inside the mast). Input Connector position Frequency range Gain VSWR Impedance Polarization Max. colour: Grey. power Weight Radome diameter Wind load Max. Mounting: Grounding: 30° 10 3 0 Vertical Pattern On the tip Laterally at the tip Brackets for side mounting (see page 144) dB 635 mm 133 . Omnidirectional Antennas Vertical Polarization • High gain Omni 900 360° 8dBi Type No. wind velocity Radome diameter Packing size Height Material: 736 350 736 351 7-16 female 7-16 female Bottom Top 870 – 960 MHz < 1. colour: Grey. Mounting kit.5 8 dBi 50 Ω Vertical 500 Watt (at 50 °C ambient temperature) 5. Radome: Fiberglass. Input Connector position Frequency range VSWR Gain Impedance Polarization Max. The antenna is DC grounded via a copper tube having a cross-sectional area of 22 mm2. The antenna can be attached laterally at the tip of a tubular mast of 50 – 94 mm diameter (connecting cable runs outside the mast).5 kg 130 N (at 150 km/h) 200 km/h 51 mm 1846 x 148 x 112 mm 1543 mm 1536 mm Radiator: Copper and brass. Mounting: Grounding: 13° um maxim p to mast 1543 mm 150 104 230 10 dB 3 0 Vertical Pattern Brackets for side mounting (see page 144) 134 . The inner conductor is coupled capacitively. screws and nuts: Stainless steel. Base: Weather-proof aluminum. power Weight Windload Max. 5 kg 51 mm 230 N (at 150 km/h) 180 km/h 3516 x 148 x 112 mm 3237 mm Radiator: Copper and brass. Mounting: Grounding: 7° um maxim p to mast 3237 mm 150 104 230 10 3 0 dB Vertical Pattern 135 . The antenna can be attached laterally at the tip of a tubular mast of 50 – 94 mm diameter (connecting cable runs outside the mast). colour: Grey. The antenna is DC grounded via a copper tube having a cross-sectional area of 22mm2.Omnidirectional Antennas Vertical Polarization • High gain Omni 800 360° 11dBi Type No. Base: Weather-proof aluminum. power Weight Radome diameter Wind load Max. Radome: Fiberglass. Mounting kit.5 11 dBi 50 Ω Vertical 500 Watt (at 50 °C ambient temperature) 8. wind velocity Packing size Height Material: 738 192 7-16 female Bottom 824 – 894 MHz < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Max. screws and nuts: Stainless steel. The inner conductor is coupled capacitively. The inner conductor is coupled capacitively. power Weight Radome diameter Wind load Max.5 11 dBi 50 Ω Vertical 500 Watt (at 50 °C ambient temperature) 8 kg 51 mm 210 N (at 150 km/h) 200 km/h 3316 x 148 x 112 mm 3033 mm 3022 mm Radiator: Copper and brass. The antenna is DC grounded via a copper tube having a cross-sectional area of 22mm2. Radome: Fiberglass. wind velocity Packing size Height Material: 736 347 736 348 7-16 female 7-16 female Bottom Top 870 – 960 MHz < 1. Mounting kit. Base: Weather-proof aluminum. Input Connector position Frequency range VSWR Gain Impedance Polarization Max.Omnidirectional Antennas Vertical Polarization • High gain Omni 900 360° 11dBi Type No. colour: Grey. Mounting: Grounding: 7° um maxim p to mast 3033 mm 150 104 230 10 3 0 dB Vertical Pattern Brackets for side mounting (see page 144) 136 . The antenna can be attached laterally at the tip of a tubular mast of 50 – 94 mm diameter (connecting cable runs outside the mast). screws and nuts: Stainless steel. Input Connector position Frequency range VSWR Gain Impedance Polarization Max.5 kg 51 mm 215 N (at 150 km/h) 200 km/h 3440 x 198 x 152 mm 3254 mm Radiator: Copper and brass. colour: Grey.5 11 dBi 50 Ω Vertical 500 Watt (at 50 °C ambient temperature) 8. wind velocity Packing size Height Material: 738 779 7-16 female Bottom 870 – 960 MHz < 1. The inner conductor is coupled capacitively. The antenna is DC grounded via a copper tube having a cross-sectional area of 22 mm2. Mounting: Grounding: 7° 10 3 0 dB Vertical Pattern On the tip Laterally at the tip Brackets for side mounting (see page 144) 3254 mm 137 . screws and nuts: Stainless steel. The antenna can be attached in two ways with the supplied mounting kit: 1. Base: Weather-proof aluminum. Radome: Fiberglass. Mounting kit. On the tip of a tubular mast of 65 – 105 mm diameter (connecting cable runs inside the mast). power Weight Radome diameter Wind load Max.Omnidirectional Antennas Vertical Polarization • High gain • Special base Omni 900 360° 11dBi Type No. 2. Laterally at the tip of a tubular mast of 30 – 90 mm diameter (connecting cable runs outside the mast). The inner conductor is coupled capacitively. colour: Grey. Mounting kit. Base: Weather-proof aluminum. Input Connector position Frequency range VSWR Gain Impedance Polarization Max. Mounting: Grounding: 7° um maxim p to mast 3233 mm 150 104 230 10 3 0 dB Vertical Pattern 138 .5 kg 51 mm 220 N (at 150 km/h) 200 km/h 3504 x 188 x 102 mm 3233 mm Radiator: Copper and brass. power Weight Radome diameter Wind load Max. wind velocity Packing size Height Material: 736 352 7-16 female Bottom 870 – 960 MHz < 1.Omnidirectional Antennas Vertical Polarization • High gain • Lightning rod Omni 900 360° 11dBi Type No. screws and nuts: Stainless steel. The antenna can be attached laterally at the tip of a tubular mast of 50 – 94 mm diameter (connecting cable runs outside the mast). Radome: Fiberglass. The antenna is DC grounded via a copper tube having a cross-sectional area of 22mm2.5 11 dBi 50 Ω Vertical 500 Watt (at 50 °C ambient temperature) 8. 3 kg 51 mm 51 mm 220 N (at 150 km/h) 210 N (at 150 km/h) 200 km/h 200 km/h 3472 x 198 x 152 mm 3291 mm 3201 mm Radiator: Copper and brass. Input Connector position Frequency range VSWR Gain Impedance Downtilt Polarization Max.4 11 dBi 50 Ω 3° Vertical 500 Watt (at 50 °C ambient temperature) 7. Laterally at the tip of a tubular mast of 30 – 90 mm diameter (connecting cable runs outside the mast). 3291 mm Laterally at the tip Mounting: Grounding: 6. wind velocity Packing size Height Material: 733 782 (Rx) 7-16 female Bottom 890 – 915 MHz 733 783 (Tx) 7-16 female Bottom 935 – 960 MHz < 1. Mounting kit. The antenna can be attached in two ways with the supplied mounting kit: 1. The inner conductor is coupled capacitively.5 kg 7. On the tip of a tubular mast of 65 – 105 mm diameter (connecting cable runs inside the mast). power Weight Radome diameter Wind load Max. Radome: Fiberglass.Omnidirectional Antennas Vertical Polarization • High gain • Lightning rod Omni 900 360° 11dBi 3°T Type No. colour: Grey. 2. The antenna is DC grounded via a copper tube having a cross-sectional area of 22 mm2. screws and nuts: Stainless steel. downtilt On the tip 3201 mm 139 .5° 10 dB 3 0 Vertical Pattern 3° electr. Base: Weather-proof aluminum. power Weight Radome diameter Wind load Max. downtilt Brackets for side mounting (see page 144) 140 . screws and nuts: Stainless steel. Radome: Fiberglass. wind velocity Packing size Height Material: 736 349 738 664 7-16 female 7-16 female Bottom Top 870 – 960 MHz < 1. The antenna is DC grounded via a copper tube having a cross-sectional area of 22mm2. The inner conductor is coupled capacitively.5dBi 5°T Type No. Base: Weather-proof aluminum. Mounting: Grounding: 7° um maxim p to mast 2954 mm 150 104 230 10 3 0 dB Vertical Pattern 5° electr. colour: Grey. Input Mounting position Frequency range VSWR Gain Impedance Downtilt Polarization Max.5 dBi 50 Ω 5° Vertical 500 Watt (at 50 °C ambient temperature) 8 kg 51 mm 210 N (at 150 km/h) 200 km/h 3316 x 148 x 112 mm 2954 mm 2856 mm Radiator: Copper and brass.Omnidirectional Antennas Vertical Polarization • High gain Omni 900 360° 10.5 10. The antenna can be attached laterally at the tip of a tubular mast of 50 – 94 mm diameter (connecting cable runs outside the mast). Mounting kit. Omnidirectional Antennas – 2 Unit Vertical Polarization • High gain 2-Omni 900 360° 6/6dBi Type No. wind velocity Packing size Height Material: 728 584 2 x 7-16 female Bottom Upper unit (Rx): 890 – 915 MHz Lower unit (Tx): 935 – 960 MHz < 1. screws and nuts: Stainless steel. power Weight Radome diameter Wind load Max. Radome: Fiberglass. The inner conductor is also DC grounded. Base: Weather-proof aluminum. Input Connector position Frequency range VSWR Gain Impedance Polarization Isolation Max. colour: Grey. The antenna is DC grounded via a copper tube having a cross-sectional area of 28 mm2. Mounting kit. Mounting: Grounding: 19° 10 3 0 Vertical Pattern Laterally at the tip dB 2513 mm 141 .5 (890 – 915 MHz) 2 x 6 dBi 50 Ω Vertical > 32 dB 2 x 400 Watt (at 50 °C ambient temperature) 7 kg 51 mm 190 N (at 150 km/h) 200 km/h 2694 x 198 x 152 mm 2513 mm Radiator: Copper and brass. The antenna can be attached with the supplied mounting kit laterally at the tip of a tubular mast of 30 – 90 mm diameter (connecting cable runs outside the mast).33 (935 – 960 MHz) < 1. Input Connector position Frequency range VSWR Gain Impedance Polarization Isolation Max.Omnidirectional Antennas – 2 Unit Vertical Polarization • High gain 2-Omni 900 360° 8/8dBi Type No. power Weight Radome diameter Wind load Max. The inner conductor is also DC grounded. Base and mounting clamps: Hot dip galvanized steel. Screws and nuts: Stainless steel.5 kg 51 – 54 mm 250 N (at 150 km/h) 200 km/h 4169 x 188 x 102 mm 3630 mm Radiator: Copper and brass Radome: Fiberglass. Mounting: Grounding: 12° 3 0 Vertical Pattern dB 3630 mm 142 .33 (935 – 960 MHz) < 1. wind velocity Packing size Height Material: 730 656 735 265 2 x 7-16 female connector on attached cables (length: 0. Tubular mast of 125 – 245 mm diameter: additional mounting kit order type no.5 (890 – 915 MHz) 2 x 8 dBi 50 Ω Vertical > 36 dB 2 x 330 Watt (at 50 °C ambient temperature) 9. The antenna is DC grounded via a copper tube having a cross-sectional area of 28 mm2. 732 768. colour: Grey. The antenna can be attached with the supplied mounting kit laterally at the tip of tubular mast of 50 – 125 mm diameter.5 m) Bottom Upper unit (Rx): 890 – 915 MHz Upper unit (Tx): 935 – 960 MHz Lower unit (Tx): 935 – 960 MHz Lower unit (Rx): 890 – 915 MHz < 1. Omnidirectional Antennas – 3 Unit Vertical Polarization • High gain 3-Omni 900 360° 6/6/6dBi Type No. Input Connector position Frequency range 728 585 3 x 7-16 female connectors on attached cables (length: 0.5 m) Bottom Upper unit (Rx): 890 – 915 MHz Middle unit (Tx): 935 – 960 MHz Lower unit (Rx): 890 – 915 MHz < 1.33 (935 – 960 MHz) < 1.5 (890 – 915 MHz) 3 x 6 dBi 50 Ω Vertical > 32 dB 3 x 330 Watt (at 50 °C ambient temperature) 9.5 kg 51 – 54 mm 250 N (at 150 km/h) 200 km/h 4169 x 188 x 102 mm 3630 mm Radiator: Copper and brass. Radome: Fiberglass, colour: Grey. Base and mounting clamps: Hot-dip galvanized steel. Screws and nuts: Stainless steel. The antenna can be attached with the supplied mounting kit laterally at the tip of a tubular mast of 50 – 125 mm diameter. Tubular mast of 125 – 245 mm diameter: Additional mounting kit order no. 732 768. The antenna is DC grounded via a copper tube having a cross-sectional area of 28 mm2. The inner conductor is also DC grounded. VSWR Gain Impedance Polarization Isolation Max. power Weight Radome diameter Wind load Max. wind velocity Packing size Height Material: Mounting: Grounding: 19° 10 3 0 Vertical Pattern dB 3630 mm 143 Omnidirectional Antennas Side-mounting Brackets For mast diameters of 40 – 105 mm Type No. Bracket K 61 33 5 at the bottom only K 61 33 6 at both the top and the bottom 737 398 at both the top and the bottom øD Fits for antenna type no. K 75 11 6 .. K 75 15 6 .. 738 779 736 736 736 736 736 738 347 348 349 350 351 664 Side mounting is possible for three fixed distances between the tubular mast and the antenna: 100 mm = 0.3 λ 160 mm = 0.5 λ 240 mm = 0.75 λ Pipe D Horizontal Radiation Pattern Spacing A Curve 100 mm Additional gain to the nominal value of the antenna gain A 2 dB 160 mm 40 mm 3 dB 3 dB 240 mm 0 2 dB direction from mast to antenna 100 mm 2.5 dB 160 mm 100 mm 3.5 dB 3 dB 240 mm 0 2.5 dB K 61 33 6 direction from mast to antenna 144 Indoor Antennas These antennas have a particularly unobstrusive appearance. Apart from standard single band antennas, multi-band versions are also available. In addition, we offer one directional antenna with an integrated repeater. Single-band antennas The λ/2 omnidirectional antenna for normal ceiling mounting purposes does not need an additional groundplane. Only a single hole is required. For thicker ceilings a mounting plate is supplied. The extremely flat directional antenna is supplied with a mounting plate for attachment to a wall. The antenna is inserted into the plate and clicks in. Multi-band antennas The low silhouette omnidirectional and directional antennas for AMPS, GSM, PCN, DECT and PCS in combination with broadband power splitters enable compact and inexpensive indoor networks to be installed. 145 Summary – Indoor Antennas Vertical Polarization Single-band Type Type No. Frequency range 870 – 960 MHz 890 – 960 MHz Connector female N SMA Page Indoor 900 90° 7 dBi 7 dBi 736 624 700 709 147 148 Indoor 900 90° with integrated repeater Indoor 900 360° 2 dBi 737 031 870 – 960 MHz N 149 Multi-band Indoor 800/1900 90° 7 dBi 738 573 824 – 960 MHz and 1710 – 1990 MHz 890 – 960 MHz and 1710 – 1900 MHz 824 – 960 MHz and 1429 – 1990 MHz 806 – 935 MHz and 1700 – 2000 MHz N 150 Indoor 900/1800 360° 2 dBi 737 602 N 151 Indoor 800/1900 360° 2 dBi 738 749 N 152 Indoor 800/1900 360° 2 dBi 739 095 N 152 146 . Reflector: Aluminum.Indoor Directional Antenna – Single-band Vertical Polarization • Flat design Indoor 900 90° 7dBi Type No. Radome: ABS. Mounting plates: Stainless steel. keeping the cable in the middle of the plate. 147 . grey. 870 – 960 MHz < 1. Aligning the antenna Align the antenna over the attachment plate. 10 dB Mounting: 3 0 Grounding: Horizontal Pattern 65° 10 dB 3 0 Vertical Pattern Mounting: Mounting the attachment plate Mount the attachment plate to the wall using two screws of 4 mm diameter in the position as indicated. power Weight Height/width/depth Material: Radiator: Brass. with N female connector.5 7 dBi 50 Ω H-plane: 90°/ E-plane: 65° Vertical 50 Watt (at 50 °C ambient temperature) 500 g 205 / 155 / 32 mm 90° Frequency range VSWR Gain Impedance Half-power beam width Polarization Max. Pulling the antenna downwards Pull the antenna downwards until it clicks into place. colour: White. Two holes of 6 mm diameter in the mounting plate are provided for this purpose. All metal parts as well as the inner conductor are DC grounded. Input 736 624 Cable RG-58/CU of 1m length. noise figure Group delay 3rd order intercept point Intermodulation products and spurious emission Dimension h/w/d Casing Power supply Power consumption 1) 50 Ω SMA female ≥ 10 dB 25 MHz < 50 B / 0. 148 . 50 – 60 Hz < 15 W different tuning on request Mounting: Mounting the attachment plate Mount the attachment plate to the wall using two screws of 4 mm diameter in the position as indicated. Pulling the antenna downwards Pull the antenna downwards until it clicks into place. Indoor 900 90° 7dBi repeater 55 dB gain Type No.6 MHz < 35 dB / 1 MHz < 25 dB / 5 MHz implemented 10 dBm for one carrier without damage < . Downlink Nominal output power Max. keeping the cable in the middle of the plate. output power Frequency range Impedance Connector Return loss Bandwith Out of band gain (from corner frequency) 14 dBm 15 dBm 935 – 960 MHz1) 700 709 Uplink 19 dBm 20 dBm 890 – 915 MHz1) ALC Max.104 dBm 35 … 55 dB 7 dBi ≤ 4 dB ≤ 8 dB ≤ 2 µs ≥ 35 dBm ≥ 42 dBm ≤ -36 dBm / < 1 GHz ≤ -30 dBm / > 1 GHz 214 x 165 x 58 mm IP40 230 V +/.Indoor Directional Antenna with Integrated Repeater Flat directional antenna 736 624 with integrated uplink and downlink amplifier for indoor use.4 MHz < 40 dB / 0.10 %. Application: The high gain of the repeater allows the indoor coverage to be increased by simply connecting the indoor device to an outdoor antenna or to a remote base station or to a complex feeder network. Aligning the antenna Align the antenna over the attachment plate. input power Sensitivity Gain Gain of integrated antenna 736 624 Ripple Max. Additional mounting plate: Aluminum.Indoor Omnidirectional Antenna – Single-band Vertical Polarization • The antenna needs no additional groundplane.5 mm diameter in the mounting plate. N female connector. power Weight Radome diameter Mounting plate Height Material: 737 031 Cable RG-58/CU of 1m length. 870 – 960 MHz < 1. All metal parts inclusive the inner conductor are DC grounded.5 90 149 .5 2 dBi 50 Ω Vertical 50 Watt (at 50 °C ambient temperature) 200 g 20 mm 115 x 25 mm 201 mm Radiator: Brass. Indoor 900 360° 2dBi Type No. Input Frequency range VSWR Gain Impedance Polarization Max. Radome: Fiberglass. colour: White. grey. Two holes of 5. Ø 22 Ceiling Mounting plate Ø 5. Mounting: Grounding: Min. 6 824 – 960 MHz and 1710 – 1990 MHz: < 2.0 ≈ 7 dBi 50 Ω Horizontal: ≈ 90° Vertical 25 Watt (at 50 °C ambient temperature) 500 g 321 x 165 x 50 mm 205 / 155 / 42 mm Radiator: Brass. keeping the cable in the middle of the plate. power Weight Packing size Height/width/depth Material: Mounting: 90° Grounding: Available accessories: Broadband power splitter (800 – 2000 MHz). Mounting plates: Stainless steel. Align the antenna over the attachment plate. All metal parts inclusive the inner conductor are DC grounded. 824 – 960 MHz / 1710 – 1990 MHz 870 – 960 MHz and 1710 – 1900 MHz:< 1. 150 . Radome: ABS. Indoor 800/1900 90° 7dBi Type No. colour: White. Input 738 573 Cable RG-58/CU of 1m length.Indoor Directional Antenna – Multi-band AMPS / GSM / PCN / DECT / PCS Vertical Polarization • Flat design • The antenna can be operated in all frequency ranges simultaneously. Pull the antenna downwards until it clicks into place. Reflector: Aluminum. 10 Frequency range VSWR Gain Impedance Half-power beam width Polarization Max. 3 0 dB Horizontal Pattern Mounting: Mount the attachment plate to the wall using two screws of 4 mm diameter in the position as indicated. Two holes of 6 mm diameter in the mounting plate. grey. with N female connector. For the N-connector a hole in the ceiling with a diameter of 35 mm is required. All metal parts inclusive the inner conductor are DC grounded. Broadband power splitters (800 – 2000 MHz). colour: White.Indoor Omnidirectional Antenna – Multi-band GSM / PCN / DECT Vertical Polarization • The antenna can be operated in all frequency ranges simultaneously. Base: Aluminum. All screws and nuts: Stainless steel. Radome: High impact plastic. Three holes in the base enable a mounting on the ceiling. power Weight Packing size Height Material: 737 602 N female 876 – 960 MHz and 1710 – 1900 MHz < 1. Three special screws with white head covers are supplied.6 (890 – 960 MHz + 1710 – 1900 MHz) < 1.8 (876 – 890 MHz) 2 dBi 50 Ω Vertical 50 Watt (at 50 °C ambient temperature) (per band) 350 g 104 x 207 x 207 mm 70 mm Radiator: Brass. • The antenna needs no additional groundplane. Input Frequency range VSWR Gain Impedance Polarization Max. Indoor 900/1800 360° 2dBi Type No. 200 mm 70 mm 109 mm Mounting: Grounding: Available accessories: 151 . All screws and nuts: Stainless steel. power (per band) Weight Packing size Height Material: 824 – 960 MHz 806 – 935 MHz 1429 – 2000 MHz 1700 – 2000 MHz < 2. Radome: High impact plastic.0: 806 – 935 MHz < 2. Two types of special screws with white head covers are supplied. • The antennas need no additional groundplane.Indoor Omnidirectional Antennas – Multi-band AMPS / CDMA / GSM / PDC / PCN / DECT / PCS Vertical Polarization • The antenna can be operated in all frequency ranges simultaneously. For the N-connector a hole in the ceiling with a diameter of 35 mm is required.7: 1700 – 2000 MHZ N female 2 dBi 50 Ω Vertical 50 Watt (at 50 °C ambient temperature) 400 g 104 x 257 x 257 mm 70 mm Radiator: Brass. All metal parts inclusive the inner conductor are DC grounded. Base: Aluminum.0: 1429 – 2000 MHz <1. colour: White.5: 824 – 894 MHz < 1.7: 1700 – 2000 MHz < 1. Broadband power splitters and tappers (800 – 2000 MHz). Indoor 800/1900 360° 2dBi Type No. Frequency range VSWR 738 749 739 095 250 mm Input Gain Impedance Polarization Max. Three holes in the base enable a mounting on the ceiling.0: 824 – 960 MHz < 2. 70 mm 109 mm Mounting: Grounding: Available accessories: 152 . Low-loss Power Splitters and Tappers Low-loss power splitters and tappers are used for combining antennas to obtain particular radiation patterns or to set up indoor distribution networks. 153 . Power splitters with the following features are available: – low-loss coaxial-line transformation – high power rating – equal (splitters) or unequal (tappers) power rating – suitability for indoor and outdoor use – extremely small dimensions – multi-band versions for 800 – 2000 MHz. Low-loss Power Splitters 790 – 960 MHz Indoor and outdoor use 2-way-Splitter 800/900 3-way-Splitter 800/900 4-way-Splitter 800/900 Type No.3 kg 240 x 93 x 107 mm 210 / 80 / 80 mm Housing: Aluminum. 736 736 736 736 736 801 802 803 804 805 Description 1 1 1 1 1 clamp clamp clamp clamp clamp Mast: Mast: Mast: Mast: Mast: 34 60 80 100 120 Remarks – – – – – 60 80 100 120 140 mm mm mm mm mm diameter diameter diameter diameter diameter 736 805 154 .1 50 Ω < 0. power at 50 °C ambient temperature For connecting .. 1.. Connector (female) Max. size Material: K 63 20 62 1 N 500 W 2 K 63 20 62 7 7-16 1000 W K 63 20 63 1 N 500 W K 63 20 63 7 7-16 1000 W K 63 20 64 1 N 500 W 4 K 63 20 64 7 7-16 1000 W 3 790 – 960 MHz < 1. Inner conductor: Brass. Bracket for wall mounting included in the scope of supply: For pipe mast mounting use clamps listed below (order separately). Mounting: Input K 63 20 64 7 Clamps Type No.05 dB appr. antennas Frequency range VSWR Impedance Insertion loss Weight Packing size Max. 1. Inner conductor: Brass.. Connector (female) Max.05 dB appr. For pipe mast mounting use clamps listed below (order separately).. Bracket for wall mounting included in the scope of supply.5 kg 310 x 93 x 107 mm 294 / 82 / 82 mm Housing: Aluminum. antennas Frequency range VSWR Impedance Insertion loss Weight Packing size Max.Low-loss Power Splitters – Multi-band 800 – 2000 MHz Indoor and outdoor use 2-way-Splitter 800/1900 3-way-Splitter 800/1900 4-way-Splitter 800/1900 Type No. size Material: 737 303 N 200 W 2 737 304 7-16 700 W 737 305 N 200 W 737 306 7-16 700 W 737 307 N 200 W 4 737 308 7-16 700 W 3 800 – 2000 MHz < 1.15 50 Ω < 0. 736 736 736 736 736 801 802 803 804 805 Description 1 1 1 1 1 clamp clamp clamp clamp clamp Mast: Mast: Mast: Mast: Mast: 34 60 80 100 120 Remarks – – – – – 60 80 100 120 140 mm mm mm mm mm diameter diameter diameter diameter diameter 736 805 155 . power at 50 °C ambient temperature For connecting . Mounting: Input 737 308 Clamps Type No. 05 dB appr..6 kg 25 x 25 mm 242 x 110 x 95 mm 204 / 63 / 41 mm Housing: Aluminum. Connector Max.Low-loss Power Splitters – Multi-band 800 – 2000 MHz Indoor use 2-way Splitter 800/1900 3-way Splitter 800/1900 4-way Splitter 800/1900 Type No. Inner conductor: Brass. Input K 63 22 64 1 156 .25 50 Ω < 0.. antennas Frequency range VSWR Impedance Insertion loss Weight Profile cross-section Packing size Max. 0. power For connecting . size Material: K 63 22 62 1 K 63 22 63 1 K 63 22 64 1 N female 100 W (at 50 °C ambient temperature) 2 3 4 800 – 2000 MHz < 1. 0 dB – 0. Tap Loss Input ↔ P1 Input ↔ P2 Connector Max. size Material: K 63 23 60 61 K 63 23 61 01 P2 – 1. Grounding: Input K 63 23 60 61 157 .4 dB – 10..05 dB appr.0 /1. Inner conductor: Brass.. 0. antennas Frequency range VSWR Impedance Insertion loss Weight Profile cross-section Packing size Max.Low-loss Power Tappers – Multi-band 800 – 2000 MHz Indoor use P1 2-way-Tapper 800/1900 7.4 50 Ω < 0. The inner conductor of output P2 is coupled capacitively.0 dB – 7.4dB Type No.0dB 2-way-Tapper 800/1900 10.4/0.4 dB N female 100 W (at 50 °C ambient temperature) 2 800 – 2000 MHz < 1. power For connecting .5 kg 25 x 25 mm 267 x 95 x 111 mm 244 / 64 / 25 mm Housing: Aluminum. 158 . 159 .Optically Sensitive Sites Eurocell panels mounted on a church. Optically Sensitive Sites Omnidirectional antennas mounted on the roof of a municipal building. 160 . 161 .Optically Sensitive Sites Eurocell F-Panels mounted on the wall of an industrial building.
Copyright © 2024 DOKUMEN.SITE Inc.