Delphi SA10034-11B1 owner manual Optimizing XM Antenna Signal, Antenna Mounting/Installation

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Optimizing XM Antenna Signal

1.With the SKYFi cradle facing front, press the Power button on the SKYFi Receiver or Delphi CD Audio System remote.

2.Press the Menu button on the receiver or remote.

3.Turn the scroll wheel on the SKYFi Receiver or use the category keys on the remote until “Antenna Aiming” is highlighted on the receiver display.

4.With “Antenna Aiming” still highlighted, press the Enter button on the SKYFi Receiver or remote. The display will show the strength of the satellite and/or terrestrial signals. The signal strength is indicated by the number of filled bars (Figure 18).

Antenna Mounting/Installation

Mounting the Antenna on the Delphi CD Audio System

When outdoors with a clear view of the southern sky or in an area of XM repeater coverage, or when receiving a strong signal indoors, you can mount the XM antenna directly on the back of the Delphi CD Audio System.

1.Wind the antenna cable around the tab on the back of the lower tube, leaving several inches of cable free.

2.Fold the antenna down flat against its base.

3.Position the antenna so that the XM logo is upside down. Then place the antenna base flush against the back of the Delphi CD Audio System so that the four pegs line up with the four slots in the antenna base. Slide the antenna down approximately 3/8 inch until the antenna is securely docked. (See Figure19).

Figure 20

4.Position the antenna by pivoting the half with the XM logo away from the back of the Delphi CD Audio System. Then turn the entire system until you get the strongest signal.

5.Use the “Antenna Aiming” screen (as described under Optimizing XM Antenna Signal) to optimize the antenna tilt angle and position.

SECT ION 3

Figure 21

Indoor Installation on a Flat Surface

To aim your antenna at the satellite:

1. Set antenna flat against its base on a flat (horizontal) surface.

2. Turn the base of the antenna so that the XM logo faces to the south.

3. Use the “Antenna Aiming” screen to optimize the antenna tilt angle and position.

Figure 194. If necessary, experiment with different locations near a south-facing window or outside.

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Contents CD audio system Risk of Electric Shock Do not Open Owner’s RecordContents Components Delphi CD Audio SystemCD Panel Key FunctionsProper Care and Storage of Compact Discs Basic OperationsCD/MP3, AM/FM, Clock Module Playing Audio CD or MP3 FilesDisplaying Information Random Play Remote Control OnlyRepeat Play Options Remote Control Only AM/FM Radio Operation Adjusting the Tone Bass and TrebleAbout MP3 Clock Functions Positioning the XM Antenna SatelliteMounting the Antenna on the Delphi CD Audio System Optimizing XM Antenna SignalAntenna Mounting/Installation Indoor Installation on a Flat SurfaceBass and Treble Controlling Volume, Bass, and TrebleOutdoor Installation or Indoor Wall Mounting Controlling VolumeSystem Sound Output Options Adjusting Speaker BalanceHeadphones Battery Operation of the Delphi CD Audio SystemCaring for Your Delphi CD Audio System PrecautionsReference If this happens You should TroubleshootingTechnical Information Contacting Product Technical Support and Customer ServiceAudio Power Specifications Other SpecificationsHow State Law Relates to the Warranty WarrantyPortable XM Satellite Radio Limited Consumer Warranty How You the Customer Can Get ServiceFor Customers in the United States

SA10034-11B1 specifications

The Delphi SA10034-11B1 is an advanced automotive component that plays a crucial role in modern vehicle systems. Designed for performance and reliability, this product embodies numerous features and technologies that enhance vehicle functionality and safety.

One of the standout characteristics of the SA10034-11B1 is its integration of advanced sensor technology. This component is engineered to provide precise measurements critical for various applications within automotive systems, including engine management, safety systems, and driving assistance technologies. The sensor module is adept at monitoring parameters such as temperature, pressure, and position, enabling it to relay accurate data to the vehicle’s electronic control units (ECUs).

The SA10034-11B1 also boasts exceptional durability. Constructed from high-quality materials, it is designed to withstand harsh environmental conditions typically encountered in automotive applications. This includes resistance to extreme temperatures, moisture, and vibrations, ensuring reliable operation over the lifespan of the vehicle. Its robust design further contributes to reduced maintenance needs and extended service life, making it a cost-effective choice for automotive manufacturers.

In terms of connectivity, the Delphi SA10034-11B1 integrates seamlessly with existing vehicle architectures. This is particularly important in an era where vehicles are increasingly reliant on networked systems. The component supports various communication protocols, allowing for easy integration with other sensors and control modules. This interoperability is vital for modern functions such as automatic braking, adaptive cruise control, and advanced driver assistance systems (ADAS).

Another key feature is the component's energy efficiency. The Delphi SA10034-11B1 is designed to operate with minimal power consumption, reducing the overall energy demands of the vehicle. This characteristic is especially important as manufacturers seek to improve fuel efficiency and minimize the carbon footprint of their vehicles.

Additionally, Delphi emphasizes safety in its designs. The SA10034-11B1 is built to meet rigorous automotive industry standards, ensuring that it performs reliably under critical conditions. This focus on safety not only protects passengers but also enhances the overall performance and reliability of the vehicle.

In summary, the Delphi SA10034-11B1 exemplifies innovation in automotive technology. With its advanced sensors, robust design, seamless connectivity, energy efficiency, and a strong emphasis on safety, it positions itself as a vital component in the evolving landscape of automotive engineering.