dish pointing angle for W6

Yes I am trying to align the HX 50 dish to the W6 Satellite but the problem is I can get my sat meter to lock onto the sat.  I am located in Tarin Kowt Afghanistan.  We have purchsed the Dual 4000 system and we have two dishs to align and I am having problems finding the Sat in the sky we had one locked on last night and not we cant find the sat.  I have been trying to connect for a few days.  Also can anyone tell me how to check the angle with a tape measure.  This process is wearing me down its just very depressing to spend some much money and cant find the sat.  The type of sat meter that I have is maxpeak sam lite.  It has a couple different w6 sats to seach for Beantly-Walker told me to use the universal w6 I found it once and not again.  The angles I was told to use
Latitude (decimal): 32.6163 North
Longitude (decimal): 65.8654 East

Satellite: W6: 21.5°

Dish elevation (deg): 29°
Dish azimuth (deg east relative to magnetic north): 239°
Polarisation angle (deg): 42°
Clockwise rotation whilst standing in front of the feed assembly, facing the dish

thanks for the page Inclinometer tool.

Maybe 70 is a quite a acceptable signal on your satmeter.   You have found a satellite. Mark and record the azimuth and elevation angles so you can always get back to this satellite.   If your elevation is about right then it it likely to be the correct satellite.  The adjacent satellites will be to the upper left and lower right as viewed facing forwards towards the satelite in the sky. They are in a line at approx 49 deg slope.

The reason with the satmeter does not say "W6 found" is probably due to:
Misunderstanding about the type of LNB and its local oscillator frequency.
Wrong polarisation.
Wrong satellite.
Wrong satmeter tuning.

I suggest:
Turn off the AC mains power at the wall switch.  Connect up the power supply module to the HX modem. Connect one coax cable from the LNB to the modem receive RX socket.

Note the information from Bentley Walker:
Load the sbc.cfg file if told to do so.
Input the manual commissioning information (tuning, symbol rate, IP addresses etc) into the modem screen.
Check carefully that all the parameters are correct. The LNB type pull down menu content comes from the sbc.cfg file and is important.

Look for the signal quality on the moden screen.
If it is maxed out at 29 you are pointed at a very strong satellite power.  The config, polarisation or satellite are wrong. Once correct the reading will go into the range 30 to 100. Peak up.


As shown, the transmit polarisation, from the BUC on the left, is vertical. Receive polarisation is Horizontal. The white part is the Hughes universal LNB/OMT  PN 1501882-0002.

Polarisation.
There are two starting positions, one called horizonantal and one called vertical. The universal LNB connector needs to be pointing either sideways or up/down.  You can alter this by turning the entire dish 90 deg either way. One position will be with the feed arm at the bottom, the other with the feed arm at the side.
Having set a start position adjust the polarisation by:
Turning the dish clockwise by an amount of +48 deg clockwise, as viewed standing behind the dish and facing forwards towards the satellite in the sky ( or, starting with the wrong starting position,  by turning the dish 42 deg clockwise while standing in front of the dish and facing towards the dish, with your back facing the satellite. *)  You may need to make some final small adjustment to the polarisation under verbal instruction from the hub. A maximum of +/- 5 deg final adjustment may be done at the feed yoke (that is what the 505 is for).
The two possible final polarisation positions are at 90 deg from one another.  One will work perfectly (SQF= peaked at about 92) the other will give just noise power (SQF= range about 10 to 29 max)

Once you have peaked up, with say SQF=92, power off at the AC mains wall switch and connect a second coax cable from the modem TX out to the IFL connector on transmit BUC module at the dish.  Turn the power on while taking to Bentley Walker, who will commission your site. Do not interfere with the antenna during this process.

* I prefer to always to describe polarisation adjustment as (+) clockwise when facing forwards towards the satellite in the sky.  If you are northern hemisphere and face due south, towards the equator, the satellite at the top of the orbit has its horizontal horizontal and its vertical vertical.  If you look south west the satellites are lower down, tilted to the right, clockwise (+) .    If you look south east the satellites are lower down, tilted to the left, anti-clockwise (-).  Always think in terms of the amount of adjustment and the direction.  Ignore scale numbers if they don't make sense, for example go backwards from 90.

Best regards, Eric.

I am pleased you have successfuly got your system working.

To make best use of your daily traffic download and upload allowances read this:
https://www.bentley-walker.com/documents/HX%20GoS%208.3.2010.pdf

I would recommend:

Download and install the Bentley Walker Turbo software on all your PCs and encourage users to use the lower image quality options and increase only when necessary to view higher resolution pictures.

Enable local PC history caching; disable pop-ups, adverts etc.

If you send or upload images or videos, do some editing locally first to minimise file sizes.

Have good anti-virus software active and updated. Once a virus gets going it can quickly use up your traffic allowances by sending out vast number of emails etc.

Note that traffic during the period 00:01 to 04:00 GMT does not count for your fair access policy (FAP) daily allowances, so use this period for the automatic download of software updates, packages etc.

Make users aware that the following activities cause a heavy load on the system and may quickly use up your allowances.

1. Full-length movie downloads
2. Peer-to-peer (P2P) file sharing programs such as Napster, Kazaa or LimeWire
3. Continuous downloading or viewing streaming media content such as audio or video programming
4. Hosting of server devices such as email, FTP or Web servers
5. Hosting computer applications such as Web camera feeds
6. Automated computer to computer connections used for archiving of local computer content
7. Extensive downloading of Usenet Newsgroups (NNTP)
8. Use of BitTorrent applications
9. Simultaneous file downloads
10. Downloading or uploading large files (i.e., file sizes that are close in size to the download threshold of your service plan)

If you do exceed your daily limits you will be slowed down but don't panic; you will be back up to full speed at the end of the day.

Please email or speak with Bentley Walker if you need further advice.  I'm independent of them and just trying to be helpful where I think I can offer some useful advice.

Best regards, Eric.