Pomoc za montazere sat. antena, a i za sve ostale mozete ovdje pronaci : Link ([Only registered and activated users can see links] technology.html)

uputstvo za ontiranje T55 i T90 toroidalne antene

Montirao sam prije par dana antenu. Kad sam namontirao zidni nosac i na njega tanjir, poceo da trazim, ni jedan satelit nisam mogao uhvatiti. Razlog je taj, sto je suma vrlo visoka i nalazi se blizu kuce. Sad me zanima, koliko drvece od kuce najmanje mora biti udaljeno, tj. od tanjira ka satelitu koliko smije biti najvisa prepreka?! Jer probao bih sa krova ponovo namontirati. Hvala Vam kolege...

Evo ti link [Only registered and activated users can see links]

Fizičke prepreke ispred tanjira su jako bitne za signal .Njihova udaljenost i visina je najčešči problem pri postaci antene što se tiče drveća ako su na nekoj udaljenosti od 30 metara a nisu velike gustoče krošnje i velike visine ne bi trebalo da stvaraju problem . Nekad se sve smontira kako treba i radi ali sa listanjem stabala nastane problem zato treba sve dobro pogledati prije montaže da ne bi bilo kasnije problema .Ima i druga stvar ni svi tanjiri nemaju isti nagib tako da i to treba imati u vidu . Pa kvalitet izrade i razni drugi faktori . Kolege će vjerovatno još toga dodati . Kvalitet lnbea .......

Fizičke prepreke ispred tanjira su jako bitne za signal Kvalitet lnbea .......

Hvala kolega. Ma sve je to meni jasno kao dan, al` ovaj put nista od uspjesne montaze:( . Drvece je previsiko, kuca u dolinu ispod brda prepunog gusom i visokom sumom. A inace montirao sam tanbjir 90 cm madjarica, lnb gold, do sad nikad nisam imao problema, al` eto... Hval;a na trudu, izracunao sam i nema sanse. Kud su suma i brdo blizu, a jos gore sto je sve ukupno previsoko.

Hvataj se motorne pile:D

Hvataj se motorne pile:D

Pa jedino tako, salim se:D!!!Ima resenje samo ga treba potraziti kod prave osobe!!!U blizini ima druga visa kuca poa cu probati na nju.


Hvala kolegi sviracu on mi je dao savjete...:):common001:

Bitna stvar kod montaže sat. antene je imat čistinu prema nebu,tj. u smjeru satelita. jer drveće i ostale prepreke uvelike stvaraju problema kod traženja željenog satelita. Probaj je namontirat na krov kuće,ako je nisi,i bit će sve ok.

Bitna stvar kod montaže sat. antene je imat čistinu prema nebu,tj. u smjeru satelita. jer drveće i ostale prepreke uvelike stvaraju problema kod traženja željenog satelita. Probaj je namontirat na krov kuće,ako je nisi,i bit će sve ok.

E moj prijatelju!!!
I krov je nizak kolika je suma, al` dicu antenu na drugu kucu u blizini...

ovaj pdf file sto je za download govori kako namjestiti tanjir i motor sa 4 lnb.a meni treba link za instalaciju najjpobicnijeg motora sa jednim lnb.om

btw tanjir je od 90 cm ako to ima kakve vezze.:D:D:D:D

nema nikakve veze koliki ti je tanjur,
evo ppogledaj tu [Only registered and activated users can see links]

uputstvo za ontiranje T55 i T90 toroidalne antene

Trebalo bi pogledati i koristiti

moze pomoc trebao bih stiklat kabel koji je bolji konektor f ili rf

Naravno da je bolji F, ipak je on na navoj, samim time spoj dobiva sigurnost i pouzdanost.

uputstvo za ontiranje T55 i T90 toroidalne antene


Može pomoći kod montaže T55 i T90.



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Prije toga pokusaj montirati antenu na drugi kraj krova, trebalo bi da moze. Ne vjerujem da je to bas tako veliko brdo/planina i suma ,a tako blezu kuce da nece moci uhvatiti signal. pozz

Prije toga pokusaj montirati antenu na drugi kraj krova, trebalo bi da moze. Ne vjerujem da je to bas tako veliko brdo/planina i suma ,a tako blezu kuce da nece moci uhvatiti signal. pozz

Druze pomjesao si teme;)

molio bi pomoc za ustimavanje antene na satelit TURKSAT 1C....

molio bi pomoc za ustimavanje antene na satelit TURKSAT 1C....



Drugar nisi napisao, jel ga lovis sa motorom ili samo tanjir sa jednim lnb om?!

poz raja jeli mi moze ko pomoc oko montaze drugog lnb sad gledam thor i stavio bih jos jedan lnb za eutelsat w2 gdje da okrenem tanjir i skoje strane koji lnb dolazi jeli mogu sad kako mi stoji tanjur zakrenut na thor samo da dodam nosac sa drugim lnb i nadjem eutelsatw2

eutelsat ti mora biti u centru a thor sa desne strane evo ti slika da vidiš gdje je 1w a gdje 16E

interesuje me najlosiji signal sa fta kanala eutela w2.

nakon problema sa eutelsatom , 12557-V-02156

da to mi je radi montaže totala al mi je instrument ručne izrade.

Imam jedno pitanje
uzeo sam LNB Quad Long-Neck 40 mm LNB
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pa me interesuje da li na ovalnu antenu promjera 90 cm mogu postavit tri ovakva LNB-a kako bih lovio signal sa 19,2 *E 16*E i 13*E

Naravno u tom slučaju bi mi centralni na gredi/letvi/šini bio satelit Eutelsat W2

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¸Nemožeš,moraš za 16E uzet slim feed inverto ili tanjur 120 cm !!!

Jel postoji kakav nosač tanjura koji bi se dao pričvrstiti na zaštitnu ogradu balkona ? Evo slična je ovoj : [Only registered and activated users can see links]

Hvala !

Jel postoji kakav nosač tanjura koji bi se dao pričvrstiti na zaštitnu ogradu balkona ? Evo slična je ovoj : [Only registered and activated users can see links]

Hvala !

Postoji naravno... Ja ih kupi za nekih 15 KM kod mene u Doboju...

Evo ti ovdje ,gledaj koji imaju šelnu na kraju [Only registered and activated users can see links]

Frekvencije za stimanje antene

53.0°E . . EXPRESS AM22/SESAT 2. . . . . . . 11630 V 2893
45.0°E . . INTELSAT 12. . . . . . . . . . . . . . . ...11550 V 27500
42.0°E . . Turksat 1C / 2A. . . . .................... 11996 V 26000
40.0°E . . Express AM1. . . . . . . . . . . . . . ..... 11097 H 4000
39.0°E . . Hellas Sat 2. . . . . . . . . ................. 12524 H 30000
36.0°E . . Eutelsat W4 / Eutelsat Sesat. . . . 12521 H 4341
33.0°E . . Eurobird 3. . . . . . . . . . . . . . . ....... 11596 H 27500
28.2°E . . Astra 2 (A,B,D) / Eurobird 1. . . . 11546 H 27500
26.0°E . . Badr 2 / 3. . . . . . . . . . . . . . . ....... 12524 H 27500
23.5°E . . Astra 3A / 1D. . . . . . . . . . . . . ..... 11515 H 27500
21.6°E . . Eutelsat W6. . . . . . . . . . . . . . ...... 11325 V 30000
19.2°E . . Astra 1C-1K & 2C. . . . . . . . . 11156 V 22000
16.0°E . . Eutelsat W2. . . . . . . . . . . . . . ...... 10957 H 2821
13.0°E . . Hot Bird 1-2-3-6-7. . . . . . . . . . . . 10775 H 28000
10.0°E . . Eutelsat W1. . . . . . . . . . . . . . ..... .11160 H 2170
7.0°E . . Eutelsat W3. . . . . . . . . . . . . . ...... . 11513 H 27500
5.0°E . . Sirius 2 / 3. . . . . . . . . . . . . ......... . .12111 H 27500
1.0°W . . Thor 2-3 / Intelsat 10. . . . . . .. . . .12322 H 27500
4.0°W . . Amos 1 / 2. . . . . . . . . . . . . . . ...... .10722 H 27500
5.0°W . . Atlantic Bird 3. . . . . . . . . . . . ...... . 12543 H 27500
7.0°W . . Nilesat 101 / 102. . . . . . . . . . . . ... 12399 H 27500
8.0°W . . Atlantic Bird 2 / Telecom 2D. . . . .11057 H 27500
11.0°W . . Express A3. . . . . . . . . . . . . . . ..... 11516 V 7780
12.5°W . . Atlantic Bird 1 . . . . . . . . . . . ..... . 11132 H 3255
15.0°W . . Telstar 12. . . . . . . . . . . . . . ....... . 11060 H 19279
18.0°W . . Intelsat 901 . . . . . . . . . . . . ..... . .11058 H 1950
22.0°W . . NSS 7 . . . . . . . . . . . . . . . . ......... . 12736 H 16639
24.5°W . . Intelsat 905 . . . . . . . . . . . . . ...... .11675 V 27502
30.0°W . . Hispasat 1C/1D . . . . . . . . . . . . .. .11577 V 27500
31.5°W . . INTELSAT 801 . . . . . . . . . . . . . ... .11504 V 1600
Posted via Mobile Device

SatHunter 2.5.0.63


SatHunter contains all the necessary information for adjusting the satellite antenna to the selected satellite. The adjustment is made with the help of available tools (a compass or a protractor, a plumb, a tape measure) and requires neither expensive equipment nor deep knowledge about satellite television.

Features
Main features:
- Calculates the azimuth and elevation angle.
- Provides a list of satellite transponders for setting up the receiver.
- Calculates the solar azimuth angle.
- Calculates the time when the satellite and solar azimuth angles coincide.
- Calculates the antenna offset angle and tilt.
- Points the antenna using the azimuth with the help of the sun and a protractor.
- Points the antenna using the azimuth with the help of a compass.
- Adjusts the elevation angle with the help of a tape measure and a plumb.
- Detects coordinates by IP or by using a list of cities.
- Detects time using an exact time server.
- Scans transponders with a SkyStar DVB card.
- View signal level and quality with sound signalization.
- lyngsat.com transponders parser.


SatHunter - an easy-to-use tool that will help you to align a satellite system and easily find the signal from a satellite. Find TV satellites in the sky.

SatHunter Tools for calculating..

SatHunter is a program for calculating the orientation of a satellite antenna

Working with SatHunter
SatHunter contains all the necessary information for adjusting the satellite antenna to the selected satellite. The adjustment is made with the help of available tools (a compass or a protractor, a plumb, a tape measure) and requires neither expensive equipment nor deep knowledge about satellite television.

To start working with SatHunter:

1. Enter your coordinates.
2. Select the satellite you want to point the antenna to in the list.

You will see all the necessary calculations in the lower pane of the program window.
SatHunter 2.5.0.62

Calculate angles of satellite dishes.

SatHunter is a program for calculating the orientation of a satellite antenna.
SatHunter contains all the necessary information for adjusting the satellite antenna to the selected satellite.
The adjustment is made with the help of available tools (a compass or a protractor, a plumb, a tape measure)
and requires neither expensive equipment nor deep knowledge about satellite television.
SatHunter – An easy-to-use tool that will help you to align a satellite system and easily find the signal from a satellite.
The program has many features, such as: Sat azimuth, Sat elevation, Transponder list, DVB Tuner and more.
SatHunter - Find TV satellites in the sky. the orientation of a satellite antenna

Main features:
- Calculates the azimuth and elevation angle.
- Provides a list of satellite transponders for setting up the receiver.
- Calculates the solar azimuth angle.
- Calculates the time when the satellite and solar azimuth angles coincide.
- Calculates the antenna offset angle and tilt.
- Points the antenna using the azimuth with the help of the sun and a protractor.
- Points the antenna using the azimuth with the help of a compass.
- Adjusts the elevation angle with the help of a tape measure and a plumb.
- Detects coordinates by IP or by using a list of cities.
- Detects time using an exact time server.
- Scans transponders with a SkyStar DVB card.
- View signal level and quality with sound signalization.
- Free for private home use.

[Only registered and activated users can see links]

evo napokon jedna odlična adresa, koja nam je potrebna
možete staviti i poziciju svoje kuće da biste dobili pozicije svih satelita
odnedavno koristim ovu adresu i preporućujem je svima kojima je potrebna

Program Notes

1.When you run the program you will see the main program window shown here. Use any units you like, as long as you use the same units for both the Depth and Diameter. You can also select Diameter and f/D as inputs using the Options > Select Inputs menu choice. I recommend using smaller units: inches instead of feet, or millimeters instead of meters, to increase the resolution of your measurements.

[Only registered and activated users can see links]

2. After you enter some numbers into the Diameter and Depth text boxes and click the Calculate button, the program will show you the scaled down shape of the parabola you described, and it will calculate the (x, y) coordinates of the curve of the parabola in 16 straight line segments. You can calculate the (x, y) coordinates using anywhere from 2 to 1000 segments.

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3. To see what the shape and focal length would look like when the depth is increased to 18, hold down the horizontal scroll bar next to the text box and watch the parabola's shape change.

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4. If you click the Save to Text File button, the program will prompt you to select a folder and enter a filename, and then it writes a file with the information you see in the text box on the right. Here's how the saved file looks when it is opened using Windows Notepad (using the Lucida Console non-proportional font where all characters have the same width so the columns line up vertically). The program will automatically suggest a filename that includes depth and diameter but you can enter any filename you like.

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5. If you'd like to see the coefficients of the Equation that describes the current Parabola, use the menu choice: File > View the Coefficients. You will see a message box like this one showing you the values used in the parabola equation:

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[Only registered and activated users can see links]

6. If you move your cursor over the image of the parabola, you will see the individual points calculated by the program: the (x, y) coordinates are shown at the bottom of the display. The point (horizontally) closest to the mouse cursor will be shown, you can see the location of each point listed in the text box.

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7. There are several file output formats you can use to save the data to a file that can be read by another program like ACAD, CorelDraw, or MS Excel. You can see these menu choices under the File menu.

You can print the graphic of the parabola to a printer using the Print menu choice.

You can change the foreground and background color of the Parabola graphic using the Options menu choice.
8. Wifi Calculations for centered or offset feedhorn dishes can be done using the Wifi Calculations menu choice.

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[Only registered and activated users can see links]






Download!

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