TRAINS AND BUSES Antennas and Antenna Line Products Januar 2017 by Kathrein-Werke

More catalogs by Kathrein-Werke | TRAINS AND BUSES Antennas and Antenna Line Products Januar 2017 | 28 pages | 2017-01-14

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KATHREIN-Werke KG

Anton-Kathrein-Straße 1–3
Postfach 10 04 44
83004 Rosenheim, Deutschland

Telefon: +49 8031 184-0
Fax: +49 8031 184-306
www.kathrein.com
info@kathrein.de

TRAINS AND BUSES Antennas and Antenna Line Products Januar 2017 is listed under these categories

Industrial Supply > Electrical & Test

Featured catalog pages of TRAINS AND BUSES Antennas and Antenna Line Products Januar 2017

train antenna 87.5 – 108 mhz 727313 fm-broadcast receiving antenna for rail vehicles in fiberglass radome n  only for receiving n type no input frequency range impedance polarization radome weight total weight packing size ­outside 727313 n female 87.5 – 108 50 Ω vertical 365 0.8 900 2.0 151 x 90 x 415 5.9 x 3.5 x 16.3 mhz Ω g lb g lb mm inches material flange aluminum radiator copper radome fiberglass colour light grey all screws and nuts stainless steel sealing neoprene and epdm note don’t use detergents that might harm the sealing mounting on a conductive surface with a minimum size of 100 x 200 cm 39.4 x 78.7 inches by means of existing m10 studs grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines mounting flange dichtungsring sealing o-ring nicht lackiert not painted 43 1.7 nicht lackiert not painted 115 4.5 all dimensions in mm inches

train antenna 380 – 430 mhz 87010008 low profile antenna in fiberglass radome the antenna fulfils the requirements according to en 50155 w g lb g lb mm inches mm inches material radiator copper and brass flange aluminum radome fiberglass all screws and nuts stainless steel colour grey sealing neoprene and silicon note don’t use detergents that might harm the sealing mounting on a conductive surface with a minimum size of 1000 x 1000 mm 39.4 x 39.4 inches using 4 m10 bolts grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines mounting flange 85 56 contact area seal input antenna 400 mhz 32 82 142 db Ω n female 380 – 430 1.7 0 ref to the quarter-wave antenna 50 vertical 100 at 50° c ambient temperature dc grounded 186 0.4 approx 500 1.1 150 x 90 x 190 5.9 x 3.5 x 7.5 150 5.9 11 mm diameter mhz contact area mounting hole for the connector 33 max 35 mm 1.3

train antenna 410 – 470 mhz k702021 n low profile broadband antenna in fiberglass radome type no input frequency range vswr gain impedance polarization max power radome weight total weight packing size ­outside k702021 n female 410 – 470 1.5 0 ref to the quarter-wave antenna 50 vertical 170 at 50° c ambient temperature 159 0.4 500 1.1 151 x 87 x 210 5.9 x 3.4 x 8.3 mhz db Ω w g lb g lb mm inches material radiator and flange aluminum radome fiberglass colour light grey all screws and nuts stainless steel sealing neoprene and rubber note don’t use detergents that might harm the sealing mounting on a conductive surface with a minimum size of 50 x 50 cm 19.7 x 19.7 inches by means of existing m10 studs grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines mounting flange dichtungsring sealing o-ring nicht lackiert not painted 56 2.2 13 0.5 28 1.1 32

train antenna 430 – 470 mhz and 870 – 960 mhz 87010009 two-band antenna 430 – 470 mhz 870 – 960 mhz low profile antenna in fiberglass radome n  the antenna fulfils the requirements according to en 50155 nnwg lb g lb mm inches mm inches material mounting flange radiator copper and brass flange aluminum radome fiberglass all screws and nuts stainless steel colour grey sealing neoprene and silicon note don’t use detergents that might harm the sealing on a conductive surface with a minimum size of 1000 x 1000 mm 39.4 x 39.4 inches using 4 m10 bolts grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines contact area seal input antenna 450 mhz 900 mhz 1 32 1.3 1 43 1.7 mounting 85 3.3 56 2.2 82 3.2 contact area mounting hole for the connector 33 max 35 mm 1.3 max 1.4 inches diameter note keep mounting surface clear of paint for ­electrical

train antenna 450 – 470 mhz and 790 –­ 960 mhz k702061 two-band antenna in fiberglass radome working in the 450 – 470 mhz and 790 – 960 mhz range n  the antenna can be operated in both frequency ranges ­simultaneously by using the combiner 728954 n w g lb g lm mm inches 56 2.2 radiator brass flange aluminum radome fiberglass colour light grey all screws and nuts stainless steel sealing neoprene note don’t use detergents that might harm the sealing on a conductive surface with a minimum size of 50 x 50 cm 19.7 x 19.7 inches by means of 4 existing m10 studs grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines 43 1.7 mounting 28 1.1 13 0.5 material mounting flange 32 1.3 accessories combiner order separately pass band band 1 band 2 insertion loss port 1 ↔ port 3 port 2 ↔ port 3 isolation port 1 ↔ port 2 vswr impedance

train antenna 876 – 960 mhz k7021631 n broadband gain antenna in fiberglass radome type no input frequency range vswr gain impedance polarization max power radome weight total weight packing size ­outside k7021631 602382 n female 876 – 960 1.5 3.5 ref to the quarter-wave antenna 50 vertical 500 at 50 °c ambient temperature 365 g 1000 g 151 x 90 x 415 5.9 x 3.5 x 16.3 mhz db Ω w g lb g lb mm inches material radiator brass flange aluminum radome fiberglass colour light grey all screws and nuts stainless steel sealing neoprene and epdm note don’t use detergents that might harm the sealing mounting on a conductive surface with a minimum size of 50 x 50 cm 19.7 x 19.7 inches by means of 4 existing m10 studs grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against lightning and high-tension lines mounting flange dichtungsring sealing o-ring nicht lackiert not painted 43 1.7 nicht lackiert not

train antenna 790 – 2700 mhz and gps 1575 mhz 87010003 multi-band antenna 800/900/1800/1900/umts lte/w-lan and gps n  the antenna can be operated in all frequency ranges simultaneously n  low profile antenna in fiberglass radome n  the antenna fulfils the requirements according to en 50155 n height mhz db Ω g lb g lb mm inches mm inches cable rg 316/u of 225 mm length with tnc male connector 1575.42 ±1 1.5 right hand circular 2 ref to the circularly polarized isotropic antenna 50 dc grounded 115 0.3 approx 500 1.1 152 x 91 x 125 6.0 x 3.6 x 4.9 81 3.2 material radiator copper and brass flange aluminum radome fiberglass all screws and nuts stainless steel colour grey sealing neoprene and silicon note don’t use detergents that might harm the sealing mounting on a conductive surface with a minimum size of 50 x 50 cm using 4 m10 bolts grounding and high voltage protection this antenna tested by an independent institute is dc grounded to protect against

low noise amplifier gps 86010142 the low noise amplifier 86010142 is designed for the use inside vehicles with train antennas with gps n  it includes a preselection filter to prevent the inter­ference in case of simultaneous operation at the frequency range 380 – 960 1710 – 3800 mhz and gps n  the product fulfils the requirements according to en 50155 n block diagram lowpass bandpass filter gps amplifier bandpass filter gps amplifier bandpass filter gps bias-t output n female input tnc female 86010142 mm inches mm inches additional features n n  he maximum input power at the input of the amplifier at t the frequency range 380 – 960 mhz and 1710 – 3800 mhz is limited to +25 dbm 70 2.8 input antenna 1 5 0.2 2 4.4 0.17 3 7 0.28  he noise level at the gps-frequency generated by the t ­operation at the frequency range 380 – 960 mhz and 1710 – 3800 mhz should not exceed the thermal noise level at the input of the gps-amplifier

installation guidelines grounding in case of an accident or a failure of the high tension ­separate ground­ing of the antenna mounting flange line overhead contact line high voltage and current is ­required might be applied to the antenna to protect p ­ eople and equipment the connector voltage of the antenna is ­not to exceed 60 v to g ­ uarantee low c ­ onnector v­ oltages antenna flanges need to be g ­ rounded t­ horoughly n   unpainted areas near the four mounting holes of the antenna flange grounding rod to achieve best conductivity mounting surfaces at the antenna socket and the mating surface of the train should be clean any paint residues or other t­ ypes of pollution need to be removed prior to the mounting process •  in case of non-metallic roof surfaces with an additional ground plane of e g thin material a ­ figure 2 inside grounding mounting most antennas are designed with a standardized foot mounting position

727313 733707 87010008 k702021 725892 k702121 741557 overview of standards guidelines for train antennas ul94 hb • • • • • • • din en 45545-2 2013 • • • – • • • din 5510 t2 – – • • – – • ip 66 ip 66 ip 66 ip 66 ip 66 ip 66 ip 66 en 50122-1 • • • • • • • en 50124-1 – – • – – – en 50125 • • • • • • • en 50155 environmental conditions • • • • • • • en 60068-2-1 • • • • • • • en 60068-2-2 • • • • • • • en 60068-2-6 • • • • • • • en 60068-2-27 • • • • • • • en 60068-2-30 • • • • • • • en

title fotolia.com luckyimages 99812747/0117/psa technical data subject to change kathrein-werke kg anton-kathrein-straße 1–3 83022 rosenheim germany phone +49 8031 184-0 www.kathrein.com