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5. Here‘s where we<br />
conducted our test of<br />
the Titanium ASC1. This<br />
is where ‚Feedsat‘, a well<br />
known satellite enthusiast,<br />
has installed several large<br />
dishes in the South of France.<br />
On a side note: Feedsat’s<br />
garden is the perfect example on<br />
how to set up oversized dishes<br />
without ruining the harmony. Note:<br />
all cables run underground!<br />
6. First we lined up our equipment:<br />
a laptop, the Deviser S7000 meter,<br />
the Titanium ASC1 and finally the old<br />
positioner that Feedsat has been using<br />
up until now for one of his dishes.<br />
can simply carry the solidlybuilt<br />
Titanium ASC1 out to<br />
the dish by one of its handles.<br />
Then connect to the<br />
actuator and a power source<br />
- you’ll then be able to drive<br />
the dish to any stored position,<br />
reset the limits, etc.<br />
And you don’t even have to<br />
be right next to the Titanium<br />
ASC1; just use the included<br />
remote control. And yes, we<br />
did try it: it works outside<br />
under full sunlight.<br />
In fact, to really check<br />
out all of the capabilities offered<br />
by the Titanium ASC1,<br />
we paid a visit to one of the<br />
best known satellite enthusiasts<br />
in Europe: ‘Feedsat’,<br />
as he is known all over the<br />
Internet forums and blogs.<br />
Feedsat has quite a remarkable<br />
garden in the South of<br />
France: between perfectly<br />
trimmed grass, a pond and<br />
a swimming pool, you will<br />
find two prime focus dishes,<br />
one with a diameter of 3.1m<br />
plus polar mount, the other<br />
is currently 2.8m in diameter<br />
(soon to be extended<br />
to 3.2m and equipped with<br />
a polar mount). There’s also<br />
a 1.8m offset dish. All three<br />
of these dishes are used for<br />
the C-band, but the smaller<br />
1.8m dish has a Ku-band<br />
LNB as well.<br />
Which of these dishes do<br />
you think we selected for<br />
testing the Titanium ASC1?<br />
Of course we opted for Feedsat’s<br />
largest dish, the Winegard<br />
10’ Pinnacle TVRO 3.1m<br />
dish, made in the USA. This<br />
is a really huge and heavy<br />
dish; the polar mount is massive<br />
and the installed actuator<br />
is hungry for power. In<br />
fact, most regular positioners<br />
would have a hard time<br />
driving this dish and would<br />
enter an over-current state.<br />
If you keep overdriving it,<br />
you might end up destroying<br />
the device.<br />
Not so with the Titanium<br />
ASC1. After connecting the<br />
wires, which only required a<br />
few minutes, we were able<br />
to drive the dish back and<br />
forth without any effort. The<br />
movement of the actuator<br />
was always smooth and constant.<br />
To further test the Titanium<br />
ASC1 in actual use we<br />
www.<strong>TELE</strong>-<strong>audiovision</strong>.com — 09-10/2014 — <strong>TELE</strong>-<strong>audiovision</strong> International — 全 球 发 行 量 最 大 的 数 字 电 视 杂 志<br />
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