Pixel AFXSM-5 User manual

Model: AFXSM-5 Universal Antenna Kit Installation Instructions
www.PixelSatRadio.com 1Phone: [phone]
MODEL AFXSM-5 Universal Antenna Installation Kit
This kit is designed to permit the reception and multiplexing on a single RG-6 cable of:
•Satellite radio signals at 2.33 GHz (either Sirius or XM) depending on antenna pointing
•Over-the-air digital TV signals (Channels 7 to 51) with appropriate antenna ( not supplied)
•FM Radio (88 -108 MHz)
•AM radio (500 KHz to 1.7 MHz)
•HD Radio signals in the AM and FM bands
This kit includes the following items:
Parts List: Model AFXSM-5
1 PRO-500 Satellite Radio Antenna with wall mount
1 Lot Mounting hardware for PRO-500 wall mount
1Lot Pole mounting hardware for PRO-500 antenna
1 AFHD-4 AM / FM Antenna with wall mount
1 Lot Mounting hardware for AM /FM wall mount
1Lot Pole mounting hardware for AM/FM antenna
1 Triplexer Model TPLXR
6 Weather boot
1 Quadplexer Model QPLEX
1 F-71 F-male to F-male coupler
1 3 ft F-female to SMB-plug cable
2 3 ft F-male to F-male RG-59 cable
2 20 dB attenuator
2 10 dB attenuator
1 F-female to DIN adapter
1 Twin lead AM radio antenna adapter
2 Grounding lug and star washer
Figure 1 shows the system wiring diagram
Important installation instructions:
•Do not exceed 300 feet of cable between the Triplexer and Quadplexer
•If the VHF UHF antenna uses a powered preamp. Use the wiring diagram shown in Figure 2. The
Triplexer will not pass DC to the VHF / UHF antenna.
•The Triplexer will pass all UHF TV frequencies and all VHF high band frequencies (Ch 7 -13). It
will not pass VHF low band frequencies (Ch -2 -6). If this is required a separate cable must be run
to the TV from the TV antenna
•Make sure the red lead of the coax-to-twin lead AM radio adapter is connected to the terminal on
the receiver marked antenna and the black lead is connected to the terminal marked Ground on
the AM antenna connection block
Antenna Installation
See the individual antenna installation instructions attached:
•Model: AFHD-4 AM / FM, HD Radio Antenna Installation Instructions
•Model PRO-500 satellite Radio Antenna Installation Instructions
Figure 3 shows alternative mounting configurations for these antennas

Model: AFXSM-5 Universal Antenna Kit Installation Instructions
www.PixelSatRadio.com 2Phone: [phone]

Model: AFXSM-5 Universal Antenna Kit Installation Instructions
www.PixelSatRadio.com 3Phone: [phone]

Model: AFXSM-5 Universal Antenna Kit Installation Instructions
www.PixelSatRadio.com 4Phone: [phone]

Model: AFXSM-5 Universal Antenna Kit Installation Instructions
www.PixelSatRadio.com 5Phone: [phone]
Warranty
Pixel Technologies warrants its products against defects in material or workmanship for a period of 12 months from
the date of retail sale unless otherwise contracted.
Defective products will be repaired or replaced at the sole discretion of Pixel Technologies, Inc.
Shipping Your Product for Warranty Repair
• When shipping your product you must include the following:
• A copy of the receipt, invoice, or other proof of purchase.
• A description of the problem
• Include all original components that came with the unit. Missing components will not be replaced.
• Include return name, physical address, & telephone number/email address and RMA number.
(An RMA number can be obtained by calling Pixel Technologies at [phone])
• Please ship product by traceable means (such as UPS, FedEx, etc)
Return Material Authorization (RMA)
You must email or call us and obtain an RMA number before returning any product and be sure to write it clearly on
the outside of the package. We reserve the right to refuse any products returned to us without a return authorization
number clearly written on the outside of the return package. All returns or exchanges MUST be postmarked within 3
business days after an RMA number is issued. Please keep products and packaging in like-new condition when
returning for a refund to avoid fees for damaged/missing items. Packaging may be opened, but ALL items must be
present including the packaging itself and literature. Items that have been physically damaged and show clear signs
of wear also cannot be returned.
Damaged, Missing, Delayed or Wrong Items Shipped
Pixel Technologies is not responsible for items that may be damaged, lost, or missing by the shipping company, or
"carrier" (UPS, DHL, USPS, etc.). All products and packaging should be carefully inspected upon receipt. Any and all
claims regarding wrong item shipped, missing items, or items damaged in shipping must be made to us by email or
phone within 7 (seven) calendar days of your order being marked delivered to you by the carrier; after that we can
no longer file any claims. The purchaser should alert the carrier and Pixel Technologies that a claim needs to be filed
for that shipment. Once the claim is approved, we will re-ship your item at no additional charge.
If we shipped you the wrong item, we will ship out the correct item to you at no additional charge. We will ask that
you return the incorrect item to us. An RMA number will be issued and you will be fairly compensated for your return
shipping expenses. We reserve the right to choose a shipping method for your replacement, normally matching the
same in-transit time as your original shipment.
If an item is missing, we will review the order, checking correct package weight, etc.. If we determine that the item
was in fact omitted through our error, we will ship the item out at no additional charge to you. Shipping method will be
equal in speed to the original shipping method at time of order (Air or Express service may not apply to shipments
going to Hawaii, Alaska, or Canada).
If a piece is missing from a kit (for example, a cable) we will ship the missing piece via the carrier and shipping
method of our choice.
We will be happy to help you with the details of packaging and shipping your merchandise for credit or exchange if
defective. Some limitations and restrictions apply. Replacements for defective items are usually shipped within 1-3
business days (via ground) after receipt of the defective item.
We strive to ship products out as soon as possible. Once items are shipped, Pixel Technologies has no control
over the timeliness of the shipments and cannot be held responsible for any delays caused by the carrier.
If necessary, Pixel Technologies will aid in the filing of an appropriate claim with the carrier in the event of
package loss or damage. We cannot refund shipping charges regardless of reason for delayed shipments.

Model: AFHD-4 AM / FM HD Radio Antenna Installation Instructions
www.PixelSatRadio.com 1Phone: [phone]
This kit includes the following items required to install the AFHD-4 AM / FM antenna
Included items in the kit
Antenna Location
For optimum results the antenna should be mounted outdoors as high above ground level and as far away as possible from any AM
interference sources (see Table 1). It can also be mounted in an attic, but reception will depend on the roofing material and the
insulation and siding materials. Thermal insulation that uses aluminum foil backing or metal roofing/siding material will shield the
antenna from achieving good reception. Most stone and stucco siding has wire mesh reinforcement that will also block signal reception
indoors. Before finalizing the mounting location it is recommended to experiment with a few different temporary locations. AM
and FM reception can vary greatly as function of the antenna’s location.
Cable length, Type and Routing
Always use good quality RG-6 cable and do not run the cable more than 300 ft. (The shorter the better for best FM
reception). (RG-6 cable has a loss of about 2.8 dB / 100 ft at the high end of the FM band (108 MHz)). For runs longer
than 300 ft, a special wide-band line-amplifier is available to amplify the signal.
For AM reception, RG-6 cable loss is not an issue (only 0.33 dB per 100 ft at 1.7 MHz) but for best rejection of local AM
interference, Quad-shielded RG-6 should be considered. In addition, do not run the cable in parallel with cat 5 cables
carrying digital signals or in parallel with AC power lines.
Antenna Mounting
The antenna L-bracket (Figure 1) should be first mounted in place to either a wall, chimney or a pole (not larger than 2
inches in diameter) with the supplied hardware as shown in Figures 2 and 3. The antenna should be as high above
ground level as practical and as far away as possible from local AM interference sources and any structure ( including
aluminum siding) that could block reception.
After mounting the L-bracket, screw the antenna rod into its base and tighten with a wrench.
Use the included weather boot with the lead-in RG-6 cable or other weather proofing means to seal the outdoor F-
connector from moisture ingress.
Figure 1: L-Bracket Figure 2: Pole Mount Figure 3: Wall Mount
QTY Description
1 AM / FM antenna
1 L-mounting bracket
1 Weather boot
2 20 dB attenuator
2 10 dB attenuator
2 3 ft RG-6 cables
2 U bolts with washers and nuts
2 Pole mount saddle brackets
4 Mounting screws with plastic inserts
1 F-female to twin-lead adaptor
1 Push-on F-female to DIN adapter

Model: AFHD-4 AM / FM HD Radio Antenna Installation Instructions
www.PixelSatRadio.com 2Phone: [phone]
Wiring Diagram
Wire the components to the Triplexer and Quadplexer as shown in Figure 1 of the Model AFXSM-5 Universal Antenna Kit
instruction sheet. Make sure the black wire from the coax- to- twin lead adapter is connected to the ground input of
receiver’s AM antenna terminals.
Attenuator Selection
Occasionally nearby high-power transmitters (TV, AM or FM) can overload your receiver’s front-end causing cross-
modulation distortion, audio distortion or noise. Use the supplied coaxial 10 dB (FAM-10) and 20 dB attenuators (FAM-
20) on the outputs of the AM /FM band splitter to determine the best amount of attenuation that provides optimum
reception.
To do this, first tune the radio manually across the entire AM band one step at a time (do not use the channel scan or
search function of the receiver) and note the station frequencies that you are receiving well. Repeat this with first a 10 dB
and then a 20 dB attenuator to determine if the attenuators help or hurt overall reception. The attenuators can be
combined to achieve different amounts of attenuation. In most cases no attenuation is required and the best reception is
achieved. Once the reception for the AM band is optimized, repeat these steps for the FM band to determine the best
attenuator setting. These are standard cable-TV type attenuators that can be obtained from Pixel and many other sources
if additional attenuation is required.
AM Interference:
Unfortunately in this age of digital entertainment, AM radio has become the “weak sister” of features included in most
entertainment systems. Most receiver manufacturers are spending the minimum possible amount on their AM tuning
sections and the number of household source of AM radio interference has increased exponentially (see Table 1 below).
Fortunately the emergence of Hybrid Digital (HD) AM radio technology is helping to cure some of these problems but the
best strategy for good AM reception is to first eliminate as many of the interference sources as is practical and then
locate the receiving antenna as far away as possible from the remaining interference sources. Using high quality well-
shielded, Quad RG-6 lead-in wire from the antenna to the receiver will help reduce interference and optimize reception.
Table 1. Typical sources of AM Radio Interference
Dimmer switch
Neighbor’s dimmer switch
Fluorescent light
Computer
Touch lamp (even when turned off)
Automatic on/off night lights.
Automatic outdoor yard lights
Electronic bug and pest controllers
Light bulb that is about to burn out
Faulty electrical switch
Nearby television, plasma or LCD display
Neighbor using fluorescent lights
Christmas tree lights & other blinking bulbs
Neighbor’s dimmer switch (apt. complex)
Cell phone chargers
Dirty insulators on nearby power pole
Electric blanket
120V AC smoke detectors (battery operated OK)
Ionic Breeze or other electrostatic air purifier
Ultrasonic motion detectors
Appliances with motors
Lap top computer power supply
Almost any wall mounted power supply that uses a "switching design"
Computer network "Cat 5" wiring

Model: AFHD-4 AM / FM HD Radio Antenna Installation Instructions
www.PixelSatRadio.com 3Phone: [phone]
Specifications:
Antenna length: 48 inches
Frequency of operation:
AM Band 500 KHz to 1750 KHz
FM Band 88MHz -108 MHz
Ground plane required: None
AM capture length: 300 inches
AM / FM Band Separator Performance:
FM rejection in AM band: > 50 dB
AM rejection in FM band: > 60 dB
AM/FM Pass-band loss: < 1dB
AM load impedance: 300 ohms
FM load impedance: 75 ohms
Antenna Beam width: Omni-directional
Reception Performance:
These results will vary as function of the antenna’s height above ground, the power of the transmitting station, the
transmitter’s antenna beam pattern, the local terrain and the quality of the receiver utilized. Table 2 shows actual
reception test results for the antenna mounted 20 feet above ground over flat terrain, using a Sangean Model HDT-1X as
the receiver with 200 ft of cable between the antenna and receiver.
Table 2. Reception Capability
Receiver Mode Reliable Good Quality
Daytime Reception
FM Stereo 80 Miles
FM HD 50 Miles
AM (Mono) 90 Miles
AM HD 50 Miles
Test Conditions:
Receiver: Sangean HDT-1X
Cable Length (antenna to receiver): 200 feet RG-6 cable
Antenna height above ground: 20 feet
Terrain: Flat

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
1
This antenna can be used for reception of XM or Sirius Satellite Radio (but not both simultaneously). Its internal
voltage regulator makes it compatible with all generations and models of XM and Sirius radios.
IMPORTANT SAFETY INSTRUCTIONS
• Read and Retain Instructions – Read all Instructions before operating equipment and save for future reference.
• Outdoor Antenna Grounding – The antenna and coaxial cable connecting to the unit should be properly
grounded to provide protection against voltage surges and built-up static charges. Article 810 of the National
Electrical Code (NEC), ANSI/NFPA 70, provides information with regard to proper grounding of the mast and
supporting structure, grounding of the lead-in wire to an antenna discharge unit, size of grounding conductors,
location of antenna-discharge unit, connection to grounding electrodes, and requirements for the grounding
electrode.
• Power Lines – An outside antenna system should not be located in the vicinity of overhead power lines or
electric light or power circuits, or where they can fall into such power lines or circuits. When installing an outside
antenna system, extreme care should be taken to keep from touching such power lines or circuits, as contact
with them might be fatal.
The required components include the following:
QTY Description
1 Antenna Panel & Wall mount
1 U-bolt
1 Saddle bracket
1 F-female to SMB-plug adapter cable, 3’
1 Rubber weather boot
1 lot Mounting and assembly hardware
1 Grounding lug and star washer
Wall Mounting and Antenna Alignment
Attach the wall mount assembly to any vertical or horizontal flat surface. Use the supplied screws to secure the
mount in the position desired (use of the included anchors requires 5/16” holes).
• Connect an RG-6 coaxial cable (not supplied) with male F-connectors to the antenna and to the Sat Radio input
of the Triplexer ( the sum of all the cable lengths from the antenna to the Triplexer and from the Triplexer to the
Quadplexer and from the Quadplexer to the radio should not exceed 300 feet. Using the supplied 3 ft F-Female
to SMB adapter cable, connect the Quadplexer’s Sat Radio output to the satellite radio’s antenna input. For
cable runs exceeding 300 feet, special line amplifiers are available to increase the signal strength.
• Adjust the azimuth and elevation pointing of the antenna for best reception using the antenna signal strength
menu in the radio. The antenna has a beam width of ± 25º, which is narrower than standard consumer- quality
home-kit antennas, but provides higher gain and rejection to multi-path interference.
Appendix 1 lists exact magnetic azimuth bearings and elevation pointing angles for many major cities
throughout the US and Canada.
• Tighten all hardware and seal the outdoor connectors using the included weather boots or other means to
prevent moisture ingress. Provide a strain relief for the cable.
Figure 1: Included Items for PRO- 500 Antenna

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
2
• Tighten all hardware and seal the outdoor connectors using the included weather boot or other means to prevent
moisture ingress. Provide a strain relief for the cable.
Pole Mounting
• Attach the pole mount bracket to any pole (not larger than 2 inches in diameter) using the U-bolt and saddle as
shown in Figure 3.
• Tighten all hardware and seal the outdoor connectors using the included weather boots or other means to
prevent moisture ingress. Provide a strain relief for the cable.
XM Reception
XM has two satellites located at fixed orbital positions in the southern sky (at 115° W longitude and 85º W longitude).
These satellites each carry all of the XM channels, so it is only required to have an un-obscured line-of-sight to one of
these orbital locations. To initially set up the antenna, orient it approximately due south at an up elevation angle of
approximately 45º. Use this as starting spot and peak the signal reception for maximum signal reception on one of the
XM satellites using the antenna alignment menu in the radio.
Sirius Reception
Sirius has three satellites in elliptical orbit that are constantly moving over the earth. These orbits are arranged so that
two satellites are always in view at any point in time at relatively high elevation angles (from + 45° to almost 90°) in
the sky. Figure 4 shows relative azimuth pointing guidelines for reception in different regions of the US, and Figure 5
shows them for Canada.
Because the satellites’ positions are constantly changing, signal strength will vary somewhat at different times of the
day. The “sweet spot” for optimum Sirius antenna pointing is just over the eastern border of North Dakota. Figures 4
Pole not larger
than 2 inches in
diameter
U-bolt
Figure 3: Pole Mount U-bolt & saddle
Nuts and washers
Saddle
bracket
Wall mount bracket

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
3
and 5 show approximate pointing guidelines for five regions of the US and three regions of Canada. These guidelines
should get you close to optimum. The radio’s antenna / signal menu should be used to make fine adjustments.
Appendix 1 shows the exact magnetic azimuth and elevation pointing for major cities in the US and Canada.
However, exact precision pointing is rarely necessary.
AREA ANTENNA AIMING DIRECTION UNITED STATES
AREA 1 Aim the antenna EAST or NORTHEAST
AREA 2 Aim the antenna NORTH or NORTHEAST
AREA 3 Aim the antenna NORTH or NORTHWEST
AREA 4 Aim the antenna WEST or NORTHWEST
AREA 5 Aim the antenna STRAIGHT UP at the sky
AREA ANTENNA AIMING DIRECTION CANADA
AREA 1 Aim the antenna EAST or SOUTHEAST
AREA 2 Aim the antenna SOUTH or STRAIGHT UP at the sky
AREA 3 Aim the antenna WEST or SOUTHWEST
Figure 4: SIRIUS Antenna Pointing Guidelines, United States
Figure 5 : SIRIUS Antenna Pointing Guidelines, Canada

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
4
Installation Notes
• Mount the antenna outdoors with the supplied wall mount or pole mount bracket. Operation indoors or
behind windows is not recommended. Window panes can have tinted coatings which can attenuate the
signal. The attenuation of these coatings can vary greatly as the temperature changes.
• (XM Installation) Use the menus in the radio to peak the satellite signal reception on one of the satellites. It is not
necessary to position the antenna for simultaneous reception of multiple satellites.
• The antenna’s internal low noise amplifier is designed to compensate for the loss of up to 300 feet of RG-6
cable. For longer cable runs use an in-line amplifier (Pixel Model SBA-1) to boost the signal at its input to the
Triplexer.
• Although this antenna can receive signals from terrestrial repeaters, it is recommended to always use the
satellite signals for primary reception at fixed sites. The satellite signals are much more stable and are not
affected by many uncontrolled variables that can greatly impact signal quality from repeaters over time.
• Seal all outdoor coax connector fittings with the weather boot (supplied), sealant or weatherized tape
to eliminate moisture ingress.
Troubleshooting
Problem: No signal reception and the following messages may be displayed on the radio:
Antenna:
This error signal indicates that the antenna is not properly connected.
• Ensure there are no “shorts” or discontinuities in the cables and that all connections are tight. The easiest
way to do this is as follows:
• With the radio turned on and all antenna cables connected at the radio, check the DC voltage at the antenna
end of the cable. It should be between 4 VDC and 7 VDC.
No Signal:
This error signal indicates that the antenna is connected properly but that the signal is too weak for reception.
• Ensure the sum total of all cables between the antenna and radio does not exceed 300 Feet and it is RG-6
cable.
• Ensure the antenna is properly aimed.

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
5
Appendix 1
The following chart shows the optimum azimuth bearing and elevation pointing angles for locations throughout the US
and Canada. The azimuth has been magnetically corrected.
Warning: Although in many locations it may be possible to receive signals from terrestrial repeaters, it is not
recommended to use these signals at fixed locations. Repeater signal strength can vary greatly from day to
day as function of many uncontrolled variables.
Sirius XM Sat 1 (West 85°) XM Sat 2 (West 115 °)
City St Azimuth° Elevation° Azimuth° Elevation° Azimuth° Elevation°
Birmingham AL 324.1 71.5 179.1 49.1 223.5 39.8
Dothan AL 325.5 68.4 182.1 51.8 227.5 40.9
Little Rock AR 337.9 75.9 166.6 47.0 212.1 41.6
Phoenix AZ 40.7 66.7 128.0 40.5 173.0 49.1
Fillmore CA 50.8 60.7 119.2 35.5 160.0 47.9
Los Angeles CA 49.0 61.1 119.8 36.3 161.2 48.4
San Diego CA 45.7 61.4 120.6 38.0 163.4 50.0
San Francisco CA 58.5 58.3 116.4 30.6 153.8 43.5
Denver CO 43.8 77.6 142.4 37.9 184.4 40.8
Washington DC 300.0 65.7 202.5 42.1 239.2 29.4
Ft Myers FL 326.3 61.8 190.9 57.2 237.1 42.0
Jacksonville FL 320.9 64.9 191.3 52.7 234.8 39.2
Key West FL 328.5 59.9 191.3 59.6 238.9 43.4
Miami FL 325.2 59.9 195.4 57.9 240.5 41.4
Tampa FL 325.7 63.5 189.3 55.6 235.1 41.5
Atlanta GA 318.6 69.9 185.0 48.8 228.0 38.1
Savannah GA 317.3 65.8 192.8 50.6 234.9 37.4
Pocatello ID 355.3 70.9 131.0 31.6 169.6 38.1
Chicago IL 298.0 78.6 179.4 39.2 218.5 32.6
Dodge City KS 16.3 79.2 151.1 41.6 194.9 41.7
Kansas City KS 341.5 81.6 162.9 41.5 205.2 38.3
Louisville KY 309.3 74.5 182.7 43.5 223.4 35.0
New Orleans LA 337.0 69.8 170.1 52.9 219.5 45.0
Boston MA 293.3 60.0 214.5 36.9 247.9 23.2
Germantown MD 299.7 66.1 202.0 41.8 238.7 29.4
Caribou ME 287.4 56.8 220.2 31.3 252.0 19.0
Portland ME 291.3 59.3 216.1 35.3 248.9 21.8
Meridian MN 300.8 85.8 166.9 36.1 205.8 32.8
Minneapolis MN 285.8 86.0 167.7 35.1 206.0 31.8
St Louis MO 319.7 78.7 172.6 42.8 214.4 36.9
Billings MT 76.2 75.9 137.9 30.4 175.6 34.5
Kalispell MT 80.8 68.9 129.1 25.8 164.8 32.0
Winston-Salem NC 308.2 67.7 195.2 45.8 234.6 33.6
Minot ND 106.5 83.7 151.7 30.0 188.7 30.6
North Platte NE 33.8 82.4 150.8 37.8 192.0 38.2
Omaha NE 349.9 84.4 160.7 38.9 201.7 36.6
Cherry Hill NJ 297.6 63.9 206.7 40.5 242.3 27.4
Albuquerque NM 33.1 72.6 137.5 41.8 183.0 46.4
Shiprock NM 41.9 72.0 134.8 39.3 178.3 44.9
Elco NV 61.0 66.7 125.7 31.9 164.4 40.5
Las Vegas NV 49.9 65.4 124.9 36.3 166.5 46.0
Reno NV 60.2 61.7 120.0 30.8 157.8 41.8
Brooklyn NY 295.9 62.8 208.9 39.5 243.7 26.2
Albany NY 292.2 63.1 209.5 37.3 243.8 24.6

Model: PRO-500 Satellite Radio Antenna Installation Instructions
www.PixelSatRadio.com Phone: [phone]
6
Sirius XM Sat 1 (West 85°) XM Sat 2 (West 115 °)
City St Azimuth° Elevation° Azimuth° Elevation° Azimuth° Elevation°
Buffalo NY 290.5 69.1 199.1 37.8 235.1 27.3
New York NY 295.9 63.0 208.8 39.4 243.7 26.2
Cleveland OH 294.6 71.8 192.6 39.7 230.1 30.0
Tulsa OK 352.6 78.4 158.8 44.6 203.8 41.9
Burns OR 67.9 63.4 121.9 27.9 158.4 37.3
Eugene OR 69.0 58.9 117.1 25.3 152.1 36.2
Pendleton OR 72.4 63.9 122.6 26.2 158.3 34.8
Philadelphia PA 297.5 64.1 206.4 40.6 242.0 27.5
Newport RI 294.7 60.1 214.0 37.9 247.7 24.0
Columbia SC 313.4 67.1 193.1 48.3 234.0 35.8
Pierre SD 59.5 85.1 152.7 34.4 191.8 34.6
Nashville TN 317.6 73.8 179.8 45.9 222.2 37.4
Dallas TX 356.4 74.5 155.6 48.1 204.1 45.7
Houston TX 352.0 70.9 157.3 52.0 209.1 48.1
Lubbock TX 15.8 74.1 145.6 45.5 193.3 46.8
San Antonio TX 1.1 70.5 150.0 51.2 202.8 50.0
Salt Lake City UT 58.4 70.9 131.3 33.9 171.1 40.5
Milford UT 52.6 68.7 128.8 35.6 169.9 43.4
Norfolk VA 304.1 64.1 204.1 44.3 241.2 30.5
Burlington VT 288.9 62.7 210.8 35.1 244.5 22.9
Seattle WA 75.0 59.8 118.3 22.8 152.5 32.3
Green Bay WI 283.3 79.9 179.3 36.2 217.1 30.3
Milwaukee WI 291.9 79.3 179.1 37.9 217.6 31.6
Charleston WV 303.8 70.4 192.2 43.3 231.2 32.6
Casper WY 61.3 77.9 141.0 34.1 180.7 37.5
Canada Sirius XM Rock (East 85°) XM Roll (West 115 °
City Pr Azimuth Elevation Azimuth Elevation Azimuth Elevation
Vancouver BC 78.4 58.7 115.9 22.9 151.3 33.0
Prince Rupert BC 81.4 49.7 108.0 15.9 140.6 26.5
Calgary AB 89.7 68.6 128.6 25.5 165.3 31.5
Edmonton AB 129.7 68.3 162.3 23.5 198.2 28.8
Saskatoon SK 109.0 76.0 141.4 27.0 178.6 29.9
Toronto ON 287.9 69.8 198.6 39.3 236.5 28.4
Ottawa ON 282.6 65.6 204.0 36.9 240.1 25.1
Montreal QB 286.3 63.2 210.9 36.4 246.1 23.8
St Johns QB 286.8 62.8 211.5 36.6 246.6 23.7
Halifax NS 290.7 51.7 227.8 34.3 259.4 18.1
Saint John's NF 288.2 39.4 240.4 27.1 268.6 9.7
Brandon MT 131.5 83.9 154.3 31.1 193.0 31.1
Sault Sainte
Marie ON 274.9 75.7 188.3 36.5 226.7 28.7
Thunder Bay ON 255.0 80.9 177.8 34.3 216.3 29.1
Whitehorse YT 84.2 42.8 102.7 9.8 133.9 19.2
Winnipeg MA 165.3 85.4 159.3 31.7 197.9 30.4
Yellowknife NT 110.9 61.7 127.2 15.3 160.3 19.3