GlassLink™ Installation

Part ONE: installation of OUTSIDE GlassLink™

1.Using the instructions included with your satellite system, install the dish and locate the satellite receiver in the house.

2.Identify a convenient window, through which the signals from the dish can be routed to the receiver. Usually the GlassLink™ will be located in a lower corner out of sight, but it can be located anywhere, in any orientation, on the glass. Make sure the window uses dual pane thermal glass, ½" to ¾" thick. Contact factory for pane thickness outside this range.

3.Clean the glass thoroughly with glass cleaner. Remove any stickers, paint, decals, heat reflecting films, etc. from the surface of the glass both inside and out. The glass must be perfectly clean and dry. If the glass feels cold to the touch (less than 60º F), use a blow dryer to warm the glass, evaporating any moisture that might be present.

4.Install the OUTSIDE GlassLink™ first. Remove the protective papers from the face of the OUTSIDE GlassLink™ and press it firmly against the glass. Push on all of the edges to make sure it is seated uniformly all around.

5.Connect the cable from the dish to the OUTSIDE GlassLink™. Make sure the cable is properly secured and does not "pull" on the OUTSIDE GlassLink™.

6.From the inside, inspect the outside seal. Make sure that it is firm, has no air bubbles, gaps or wrinkles. If there are, go back outside and press until a good, even seal has been achieved.

GlassLink™ Installation

Part TWO: installation of INSIDE GlassLink™

1.It is important that the INSIDE GlassLink™ be carefully aligned to the OUTSIDE GlassLink™.

2.From the inside, to eliminate a parallax view, look directly through the glass at the OUTSIDE GlassLink™. Place the INSIDE GlassLink™ on the glass such that:

a.The notch of the INSIDE GlassLink™ corresponds to the notch of the OUTSIDE GlassLink™.

b.The outline of the INSIDE GlassLink™ is aligned with

the outline of the OUTSIDE GlassLink™.

3.Once confident that you can repeat this location, remove the protective paper and firmly press the unit into this position.

4.Now attach the cable from the satellite receiver to the INSIDE GlassLink™. Make sure the cable is properly secured and does not "pull" on the INSIDE GlassLink™.

5.Power up your satellite receiver. LED indicators should be visible on the INSIDE GlassLink™. As you change channels on the satellite receiver, you may notice that the LED indicators change color. If the LEDs blink, or there are situations when both LEDs are simultaneously lit, this may indicate the need for the GlassLink™ Power Booster. Call our technical support line at 1-800-999-5225 for additional instructions.

Outside

OUTSIDE

GlassLink™

Glass

O

Glass

 

OUTSID

E

 

OUTSIDE

coax cable from the dish

Inside

INSIDE

GlassLink™

Glass

INSIDE

INSIDE

coax cable to the receiver

OUTSIDE

GlassLink™

notch

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Multiplex Technology 1112 warranty GlassLink Installation
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1112 specifications

Multiplex Technology 1112 is an advanced communication framework designed to optimize data transmission and enhance connectivity across various applications. This technology stands out due to its ability to combine multiple signal streams into a single transmission channel, thereby maximizing bandwidth efficiency and minimizing the potential for interference.

One of the primary features of Multiplex Technology 1112 is its robust signal handling capability. This technology employs sophisticated modulation techniques that allow it to transmit multiple signals simultaneously over a single medium, such as fiber optics or coaxial cables. By utilizing techniques such as Time Division Multiplexing (TDM) and Frequency Division Multiplexing (FDM), Multiplex Technology 1112 ensures that each channel operates at optimal capacity without sacrificing data integrity.

In terms of characteristics, Multiplex Technology 1112 is designed for high scalability. This aspect makes it suitable for both small-scale and large-scale deployments. Whether it’s enhancing communications in telecommunications, integrating systems in smart cities, or boosting data transfer rates in data centers, the technology adapts seamlessly to meet diverse requirements.

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Interoperability is another critical characteristic of Multiplex Technology 1112. It is designed to be compatible with existing infrastructure and various communication standards, making it easier for businesses to integrate this technology into their current systems without needing a complete overhaul.

In conclusion, Multiplex Technology 1112 is a comprehensive solution that focuses on improving data transmission efficiency, enhancing security, and ensuring compatibility with various systems. Its main features, including scalability, low latency, and robust signal handling, make it an essential technology in the ever-evolving landscape of digital communications. As industries continue to prioritize connectivity and data integrity, Multiplex Technology 1112 is well-positioned to meet the demands of future technological advancements.
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