L-com LCANED1001

Antenna 1 Dipole 1/4 Wave 138 174 MHz Nemale | L-com LCANED1001

138 MHz - 174 MHz 1 Folded Dipole antenna, 4.6 dBi gain, 1/4 Wave Offset pattern, V-pol, Type N FemaleConnector

ANTENNA 1 DIPOLE 1/4 WAVE 138-17

ANTENNA 1 DIPOLE 14 WAVE 138-1

The L-com LCANED1001 is a high performance, single element exposed folded dipole antenna designed to operate from 138 to 174 MHz for VHF frequency band communication systems. The LCANED1001 has 4.6 dBi / 2.45 dBd of high gain and can be used for long distance communications over a wide range of applications. The LCANED1001 is ideal for boosting radar, GPR/WPR, FM Radio, TV broadcasts, public safety, LMR / PMR and aviation. The folded exposed dipole LCANED1001 has 65 vertical beamwidth and 210 horizontal beamwidth. This antenna has Vertical polarization, and the included mounting kit allows for very easy and quick time installations with less effort. These exposed dipoles are already tuned to be Quarter wavelength away from the mast and do not require any further field adjustments. The LCANED1001 exposed dipole antennas are robust, outdoor, weatherproof, and high velocity wind sustainable antennas made up of high-grade aluminum alloys for longevity and resistant to corrosion. These dipole antennas are side mounted ¼ wave spacing from the mast, has a pigtail terminated with 1 Type N female connector. This premium quality 1-bay dipole antenna has offset pattern with 100W maximum power handling capability. L-com’s 138 to 174 MHz single element Quarter wave exposed folded dipole LCANED1001 antennas with 4.6 dBi/ 2.45 dBd max gain for VHF communication applications. The central support mast is precisely designed for easy dipole attachments which fit tightly for error free and quick installations and ease for transportation. This Quarter wave folded exposed dipole antenna with N Female Type connector is in stock and ready to ship the same day. Contact our knowledgeable and friendly technical support and sales staff for your answers on antennas or other L-com products.