After successfully modifying my DTV Slimline satellite dish to utilize the DN 1000.2 lnb (DP Plus) to receive signals from satellites 110, 119, and 129 I decided to write this guide to make the conversion a little less stressing for others. While doing research I came across a couple of short and to the point threads but none of them had significant detail. I hope after reading this and viewing the images you’ll feel a little more confident about modifying your Slimline satellite.

Tools and Equipment Needed:
1.) DTV Slimline Satellite Dish
2.) DN DP Plus 1000.2 LNB (Comes with Integrated DP44 Switch) (Power Hog)
3.) DN DP Plus LNB Yoke/Holder (Important, doesn’t come with 1000.2 LNB)
4.) DN DP44 Power Inserter (If you are only using one STB)
5.) Masking Tape
6.) Permanent Marker
7.) Hax Saw
8.) Drill and Various Drill Bits
9.) Tape Measure

For Aiming the Dish You’ll Need:
1.) Compass
2.) Level (preferably magnetic and small)
3.) Satellite Finder
4.) Lots of Patience

Steps to Converting the DTV Slimline Satellite Dish to Utilize the DN Plus 1000.2 LNB to Receive Signals from Satellites 110, 119, and 129.
1.) Remove the DTV AU9 LNB

2.) Measure and mark where the DTV satellite arm needs to be cut. Measure from the end of the arm towards the satellite dish a total of 3.5 inches (see image) and make marks using a permanent marker on both sides of the tape measure. I then suggest using masking tape to make a solid, straight line around the arm of the satellite. After making sure the tape is precisely 3.5 inches away from the end of the arm use the permanent marker to make a solid line around the arm to make it easier to stay on target when you’re using the hax saw to cut the end of the arm off.

3.) Using a hax saw, carefully cut the end of the satellite off. (see image)

4.) You now need to drill alignment holes that match up with the LNB Yoke/Holder. Measure 1 inch from the end of the newly modified satellite arm and make some initial marks with a permanent marker. Then using some masking tape, wrap it around the satellite arm with the 1 inch mark being somewhat centered on the masking tape. You’ll then need to re-measure and mark the 1 inch mark on the masking tape. With the LNB Yoke/Holder disassembled take the upper half and carefully place the alignment shafts on the 1 inch mark on the masking tape and firmly press the Yoke/Holder down onto the tape making marks in the tape so you can easily locate the correct locations to drill the alignment holes. Repeat this process for the bottom of the arm using the bottom portion of the Yoke/Holder. Choose a drill bit that is just slightly larger than the alignment shafts on the LNB Yoke/Holder and CAREFULLY drill the holes on the top of the arm and then do the same for the bottom, using the marks in the tape as your guide.

5.) Install the LNB Yoke/Holder to the satellite using the supplied screws/nuts.

6.) Feed the coax cables through the satellites arm and screw it to the correct coax posts on the 1000.2 LNB.

In Closing:
If you follow the directions and aim your dish correctly (depending on your geographic location) you should see a signal of 90% or greater on a majority of the Transponders on all of the satellites. For me the quality varies from 70% - 97% depending on the transponder. I will warn you that aiming this dish isn’t fun but isn’t impossible. Just make sure you cover the two outer lnb’s with aluminum foil so you can peak your signal on 119.

Here is a great resource for understanding and aiming the DN DP Plus 1000.2 LNB:DishPro 1000.2 & 1000 Description and How to Install

Here is a good website for calculating the correct aiming specifications: (choose Dish 1000)
Satellite look-angle calculator

I hope this tutorial helps you and if you have any questions please let me know.

FTA Newb
Hybrid Slimline/1000.2 - CaptiveWorks 4000hd

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