5 GHz Bulk Radiating Cable

RCHB-xxxM

ProSoft Technology Radiating Cable is specially designed to radiate 802.11a and 802.11n RF signals.

Acting as a long, flexible antenna, the Radiating Cable may be installed along monorail systems, overhead cranes and through tunnels to propagate wireless data signals in situations tough for traditional antenna systems.

Specially tested with ProSoft Technology 802.11 Fast Industrial Hotspots utilizing Fast Roam Technology, the Radiating Cable product line offers reliable and flexible options in challenging RF environments.

Abbildungen
Funktionen und Vorteile
Technische Daten
Downloads

Abbildungen

Drag with the mouse. Click for close.

Funktionen und Vorteile

Special coaxial shield design uses slots to radiate RF signals which acts like a long, flexible antenna to solve challenging RF situations
Supports 5 GHz RF band wireless technologies, optimized for 802.11a and 802.11n wireless LAN systems
Available in 500, 100, and 1500 meter spools
Halogen-free low smoke flame retardant jacket meets most fire code requirements (check with local regulations)

Technische Daten

Size	0.5 inch
Frequency Range	5 GHz to 6 GHz
Jacket	Halogen-free low smoke flame retardant
Slot Design	Groups of slots at short intervals
Indication of Slot Alignment	Sheath Marking (180º)
Impedance	50 Ohm
Typical Attenuation 5 GHz 5.85 GHz	22 dB/100 m (6.86 dB/100 ft) 24 dB/100 m (7.3 dB/100 ft)
Velocity Ratio	88%
Capacitance	76 pF/meter
Dielectric Material	Cellular polyethylene
Diameter Inner Conductor	4.8 mm (0.19 in)
Diameter Dielectric	12.4 mm (0.49 in)
Diameter over Jacket	15.5 mm (0.61 in)
Minimum Bending Radius (single bend)	200 mm (7.87 in)
Recommended Hanger/Clamp Interval	One per meter (3.3 ft)
Storage Temp	-70 to +85ºC (-94 to +185ºF)
Installation Temp	-25 to +60ºC (-13 to +140ºF)
Operating Temp	-40 to +85ºC (-40 to +185ºF)

Downloads

RCHB-xxxxM Datasheet	285,13 kB	Zuletzt geändert 19.06.2019
Radiating Cable Installation Guide	4,70 MB	Zuletzt geändert 11.03.2020

Solutions

$(document).ready(function(){ $('.popup-youtube, .popup-vimeo, .popup-gmaps').magnificPopup({ disableOn: 700, type: 'iframe', mainClass: 'mfp-fade', removalDelay: 160, preloader: false, fixedContentPos: false }); //pagelayout banner? if($('.banner-image') !== 'undefined' ){ var banner_image_src = $('.banner-image img').attr('src'); $('.banner-image').hide(); $('.banner-page-title').css('background-image', 'url(' + banner_image_src + ')'); $('.banner-page-title').css('background-repeat', 'no-repeat'); } //if( $('.analytics-file-download' ) !== 'undefined' ) { // $('.analytics-file-download' ).click(function(){ // var action = $( this ).attr( 'href' ); // var label = $( this ).attr( '_gaq-label' ); // var category = $( this ).attr( '_gaq-category' ); // return ga('send', 'event', category, action, label); // }); //} //initialize search? $("#div_search_field input").focusin(function(){ $(this).css("color", "#000000"); }); var initialSearch = $('form.search input.text').attr("value"); var currentSearch = ""; $('form.search input.text').focusin(function(){ currentSearch = $('form.search input.text').attr("value"); if( currentSearch == initialSearch ) { $('form.search input.text').attr("value",""); } }); }); //Homepage slideshow if( $('#slider') !== 'undefined' ) { $('#slider').nivoSlider({ pauseTime: 7000 // time for a slide to show, in milliseconds; subtract 2 seconds for actual time due to transition time }); } //eZ Live Viewer //(function(){var ff=document.createElement('script');ff.type='text/javascript';ff.async=true;ff.src=('https:'==document.location.protocol?'https':'http')+'://liveviewer.ez.no/statjs/sst-118-973155090/stat.js';var s=document.getElementsByTagName('script')[0];s.parentNode.insertBefore(ff,s);})(); // Pardot integration piAId = '281892'; piCId = '1546'; (function() { function async_load(){ var s = document.createElement('script'); s.type = 'text/javascript'; s.src = ('https:' == document.location.protocol ? 'https://pi' : 'http://cdn') + '.pardot.com/pd.js'; var c = document.getElementsByTagName('script')[0]; c.parentNode.insertBefore(s, c); } if(window.attachEvent) { window.attachEvent('onload', async_load); } else { window.addEventListener('load', async_load, false); } })();