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50LFA8HD
Thank you for choosing EAntenna.
All our products are manufactured and developed with the best materials on the market, to offer the best qualities and guarantees to our
customers.
The LFA antennas have an input impedance of 50 Ohm in the antenna, so no coupling is necessary. The loop is at the same time a coupling
system and director element and this presents many advantages when modeling.
The 'real' impedance of each LFA varies greatly. But, the impedance presented at the antenna entry point is always 50 Ohm. Therefore, there
is no limitation on the results of any optimization tool achieved with a single input impedance, but it manages to change the width and length of
the loop keeping the impedance at 50 Ohm. This feature is very important to ensure good performance, bandwidth and low SWR in the
antenna.
This additional flexibility also allows more lateral lobes to be suppressed and a better front-to-back (F / B) ratio compared to traditional Yagis.
With time it is possible to achieve an excellent balance between design, F/B, gain and bandwidth.
Additionally, the proximity of the loop and the antenna entry point make the LFA less susceptible to noise and static nearby. In addition, the low
level of the LFA lateral lobes provides a winning formula for an antenna with super low noise!
We detail the materials used, for their best use and assembly. All the fittings are made of stainless steel and the aluminum is made of T6061 or
T6063 alloy, known as Duralumin that offers the best conditions to be weatherproof, the force of the wind and the best conductivity. The
plastics used, are Polyamide and offer the best hardness and durability for years and years.
We offer warranty on operation, and warranty on hardware, delivering the hardware kit with some additional pieces for possible losses or
forced breaks. In addition, we offer Allen keys and fixed mounting elements.
In the following pages you can see detailed graphics of the parts.
Peso: 24,0 Kg.
Max. Potencia: 10 kW
yagi antenna
yagi antenna
50LFA8HD
12,65m
17800.06-8H
Rev. V1.6 - 20/11/2020
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Resumen de contenidos para EAntenna 50LFA8HD
- Página 1 50LFA8HD 50LFA8HD 17800.06-8H Thank you for choosing EAntenna. All our products are manufactured and developed with the best materials on the market, to offer the best qualities and guarantees to our customers. The LFA antennas have an input impedance of 50 Ohm in the antenna, so no coupling is necessary. The loop is at the same time a coupling system and director element and this presents many advantages when modeling.
- Página 2 Not to Scale Medidas no a escala 1,2m 0,906m SUJECCIÓN 0,381m ALIMENTACION 591mm GUY HOLE FEEDPOINT 0,381m 1750mm 0,558m 1475mm 0,939m (1875mm) SUJECCIÓN +/- 0,66m 0,850m GUY HOLE 1,789m 1750mm 0,801m 1550mm 1,740m (1950mm) 3,529m 1950mm 0,762m Placa Mástil Mast Plate 2,063m +/- 6100mm 1950mm...
- Página 3 ESPAÑOL Para montar el BOOM, tiene que hacer coincidir telescopicamente las partes de boom que tienen la misma letra ( p.ej: A-A, B-B, C-C etc), y una vez hecho, se van fijando con los tornillos DIN 933 M6X16 y arandela DIN 9021 M6. Se recomienda poner todas los torni- llos y arandelas antes de fijarla a tope para no dañar ninguna rosca del BOOM.
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Página 4: Union Del Boom Boom Joint
UNION DEL BOOM ESPAÑOL BOOM JOINT La pieza interior está roscada, no hace falta hacer mediciones Selecciona las uniones que coincidan A-A antes de fijar ningún tornillo Encaja el tubo de 40mm dentro del exterior de 45mm DIN 933 M6 x 16 DIN 9021 M6 ENGLISH UNION DEL BOOM... - Página 5 ESPAÑOL El primer paso de ensamblaje de los elementos es colocar en orden por diámetros según la pagina 2. Una vez hecho esto tener en cuenta que en cada extremo de los elementos hay una parte de cada tubo que tiene los agujeros mar gruesos. Estos son los que van en el extremo hacia el extremo de la antena, ya que los agujeros anchos son donde entra la cabeza del tornillo DIN 7984 y presiona al tubo interior.
- Página 6 ENGLISH The first step of assembling the elements is to place in order by diameters according to page 2. Once this is done keep in mind that at each end of the elements there is a part of each tube that has thick sea holes. These are the ones that go at the end towards the end of the antenna, since the wide holes are where the head of the DIN 7984 screw enters.
- Página 7 PLACAS SUJECIÓN MÁSTIL ESPAÑOL La placa de sujeción BOOM/MÁSTIL (EA010006) de 250X200X10mm consta de 12 agujeros; 4 gruesos para los abarcones redondos y 8 para las pletinas (EA010276) que sujetan el BOOM. Los 4 agujeros de mayor grosor tienen la función de que hagan la mayor fuerza sobre el mástil, mediante abarcones redondos de M8. Los abarcones redondos de M8 (A-0165), van fijados mediante arandela DIN 9021 M8 y tuerca DIN 934 M8 proporcionadas en el mismo abarcón, y fijada al mástil con la Mordaza (A-0174).
- Página 8 MAST TO BOOM PLATE ASSEMBLY ENGLISH The clamping plate BOOM / MAST (EA010006) 250X200X10mm consists of 12 holes; 4 thick for round U-bolts and 8 small holes to joint the (EA010276) securing the BOOM. The 4 holes are thicker function that make the greatest force on the mast by means of M8 round U-bolts. Round U-bolts M8 (A-0165), are secured by washer DIN 9021 M8 and nut DIN 934 M8 provided in the same U-bolt, and fixed to the mast with clamp (A-0174).
- Página 9 ESPAÑOL Ajuste del ROE/SWR: Una vez posicionada la antena con sus medidas, quizás necesite algún retoque para conseguir la ROE/SWR deseada. Desplazando la pieza curva hacia adentro o hacia afuera varios milímetros, es la forma de hacerlo. Buscando que el centro de Frecuencia esté...
- Página 10 ENGLISH Adjusting SWR: Once positioned the antenna with your measurements, you may need some fine-tuning to get the SWR desired. Shifting the curve piece inward or outward several millimeters, is the way to go. Looking to the center frequency is 50,150 MHz in the lower SWR.
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Página 11: Anclaje Para Los Vientos Al Boom
Anclaje para los vientos al Boom ESPAÑOL Para una mayor resistencia al viento, esta antena incluye un sistema de anclajes para su mejor conservación ante la climatología. La placa (EA01008D), debe de estar al menos 50cm de separación sobre la placa que sujeta el boom, así... - Página 12 Guy joint in the Boom ENGLISH For increased wind resistance, this antenna includes an anchor system for better conservation before the Climatological. The plate (EA01008D), must be at least 50cm apart on the plate that holds the boom, so you can have enough angle to make the tension force the ropes, so this system function can be applied.
- Página 13 PACKING LIST BOLSA 1 - BAG #1 LISTA DE PIEZAS KARTON #1 PART # DESCRIPCION MEDIDAS CANTIDAD IMAGEN PIEZA Nº DESCRIPTION SIZES QUANTITY PART IMAGE Placa Mástil/Boom 250 x 200 x 10mm EA010006 Mast and Boom plate 250 x 80 x 8mm Placa Mástil EA010276 Mast Plate...
- Página 14 PACKING LIST LISTA DE PIEZAS BOLSA 3 - BAG #3 KARTON #1 PART # DESCRIPCION MEDIDAS CANTIDAD IMAGEN PIEZA Nº DESCRIPTION SIZES QUANTITY PART IMAGE Plásticos 13mm Ø EAHYP013 Plastic Blocks Tornillo Allen DIN 912 M6x40mm S912-9640 Allen DIN 912 Screw Tuerca Autoblocante DIN 985 S985-906 DIN 985 NUT...
- Página 15 KARTON #1 BOLSA 5 - BAG #5 PART # DESCRIPCION MEDIDAS CANTIDAD IMAGEN PIEZA Nº DESCRIPTION SIZES QUANTITY PART IMAGE Placa Tensor de Vientos 150x50x6mm Guys wire plate EA01008D Tensor P1500003 Guy wire tightener 4500mm P1710005 ROPE 5mm 3500mm P1710005 ROPE 5mm 7500mm P1710005...
- Página 16 DESCRIPCION MEDIDAS CANTIDAD IMAGEN PIEZA Nº DESCRIPTION SIZES QUANTITY PART IMAGE BOOM A 591mm x 50mm 50LFA8HD BOOM B 1875mm x 50mm 50LFA8HD BOOM C 1950mm x 55mm 50LFA8HD BOOM D 1950mm x 60mm 50LFA8HD BOOM E 1950mm x 60mm...
- Página 17 PACKING LIST LISTA DE PIEZAS KARTON #2 PART # DESCRIPCION MEDIDAS CANTIDAD IMAGEN PIEZA Nº DESCRIPTION SIZES QUANTITY PART IMAGE Parte Central de Elementos 1200mm x 13mm Ø Middle part of Elements Parte Central de DE1 1200mm x 13mm Ø Middle part of DE1 Parte Central de DE2 1200mm x 13mm Ø...