Note: The installer is responsible for determining the most appropriate fastener to secure the dome unit to the roof. Depending on the roof material, fasteners such as lag screws, well nuts, sheet metal screws, toggle bolts and T anchors may be used, and should always be used in combination with a roof compatible sealant.

IMPORTANT! The installer is responsible for weather proofing all holes with sealant.

7.Mount the dome unit. Use the pre-drilled holes in the mounting feet as a guide to install the fasteners into the roof. Use additional fasteners whenever necessary.

8.Test that the dome unit is secure by pulling upward from each foot location.

EXTERNAL WIRING

9.Plug external wire harness into wiring port on back of dome unit and tighten connection until it clicks past the detent lock (Fig. 9).

Note: The King-Dome is wired for a dual LNB. There are two coaxial ports on the back of the dome unit. The one labeled “MAIN” MUST be connected to the main receiver in vehicle. The one labeled “AUX” can be used for an additional receiver.

IMPORTANT! Do not remove the rubber sleeves from the coax ports. The coax cable ends will slide inside the sleeves as they are tightened.

10.Connect coax cable to coax port labeled MAIN on back of dome unit and tighten connection. If using a second receiver, connect second coax cable to coax port labeled AUX and tighten connection. Do not over tighten coax connections (Fig. 9).

Fig. 9

IMPORTANT!

The alignment tabs on the wiring port and the external wire harness plug must match up when engaging plug

onto port.

YOU MUST TIGHTEN THE PLUG UNTIL IT CLICKS PAST THE DETENT LOCK. (A channel lock pliers may be used to tighten the connection.)

Page 8

IMPORTANT!

Coax connections will slide inside

rubber sleeves.

Coax connections should be snug.

DO NOT OVER TIGHTEN!

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Image 10
EchoStar 9630 LP manual External Wiring
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9630, 9630 LP specifications

EchoStar 9630 LP is a state-of-the-art satellite communication platform designed to enhance connectivity across a range of applications, from business operations to consumer services. With its cutting-edge technology and robust architecture, EchoStar 9630 LP supports high-throughput satellite (HTS) communication while providing reliable and efficient service to users around the globe.

One of the notable features of the EchoStar 9630 LP is its advanced beamforming technology. This capability allows the satellite to focus its signal in specific directions, enabling powerful and precise communication links. By concentrating the signal, the satellite can deliver improved quality and capacity, making it possible for multiple users to access bandwidth-intensive applications simultaneously.

The satellite operates in the Ku-band frequency range, which is known for its effectiveness in providing broadband services. This makes the EchoStar 9630 LP particularly well-suited for delivering high-speed internet, video broadcast, and other multimedia services to remote and underserved regions. As the demand for reliable satellite internet continues to rise, the EchoStar 9630 LP stands out as a critical asset in bridging the digital divide.

Another significant characteristic of the EchoStar 9630 LP is its adaptability. The satellite can be tailored to various operational environments, accommodating the unique needs of different user groups, including government entities, enterprises, and individual consumers. With its versatile payload design, it can support a wide range of applications from telemedicine to educational services, making it an invaluable resource in today's interconnected world.

In terms of reliability, the EchoStar 9630 LP features built-in redundancy and resiliency measures, ensuring continuous operation even in adverse conditions. This is essential for maintaining service in critical situations where communication is vital, such as during natural disasters or emergencies.

Moreover, the satellite is equipped with the latest in signal processing technology, allowing for efficient data transmission and reception. Enhanced signal processing optimizes bandwidth utilization, minimizes latency, and provides a seamless user experience.

In summary, the EchoStar 9630 LP is a versatile and powerful satellite communication platform equipped with advanced technologies and features designed to meet the increasing demands for reliable connectivity. Its adaptable architecture, robust performance, and cutting-edge capabilities position it as a leader in satellite communications, capable of serving a diverse range of customers and applications worldwide.
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