Hughes 3004066-001, 3004090-0001 instruction sheet Step J. Automode, While tightening the bolts

Page 6

 

To adjust azimuth, refer to Figure 9:

 

1.

Loosen the two bolts on the pole collar.

 

2.

Move the terminal to either side, in small

 

increments, as necessary.

 

When you have maximized the signal quality, as

 

instructed in the User Guide:

 

1.

Tighten the two bolts in the curved slots on the

 

terminal bracket to lock down the elevation

 

adjustment.

 

Be careful not to change the terminal’s orientation

 

while tightening the bolts.

 

2.

Tighten the two bolts on the pole collar to lock

 

down the azimuth adjustment.

Figure 9 - Adjusting azimuth

3. Make sure all other fasteners on both brackets are

 

tight.

Step J. Automode

If you mount the terminal where access may be difficult (for example, mounted high on a wall), you may want the terminal to recover automatically when power is restored after a power outage. To permit this, set the following automatic modes after you have installed and pointed the terminal. (For details, see the information on automatic mode in the User Guide.)

•Enable Auto “on” mode so the terminal turns on automatically when power is restored after an outage.

•Enable LED off mode so the LEDs do not light when the terminal is powered on.

•Enable Antenna pointing bypass mode so the terminal does not need to be re-pointed after power is applied.

•Enable Automatic context activation so the terminal automatically connects to the BGAN system.

•If the subscriber interface module (SIM) personal identification number (PIN) entry is enabled, you will need to enter the PIN from the man machine interface (MMI) after a power change. You can then enable or disable the user SIM PIN entry from the MMI. Refer to the user guide.

6

3004090-0001 Revision A

Page 5 Page 7
Image 6
Page 5 Page 7
Contents Product description Bgan fixed mount kit Step A. Inspecting the partsStep C. Determining where to install the terminal List of tamper-proof fasteners135 Step D. Mounting the pole base bracket Step E. Mounting the terminal bracketStep F. Mounting the terminal bracket onto the pole Step G. Connecting to a network Step H. Connecting powerStep I. Pointing the Bgan terminal Step J. Automode While tightening the boltsMy location to satellite worksheet Copyright 2005 Hughes Network Systems, LLC

3004090-0001, 3004066-001 specifications

The Hughes 3004066-001 and 3004090-0001 series represent advanced satellite communication technologies designed for various applications, including military, commercial, and governmental use. These models are known for their innovative design and robust performance, catering to the ever-evolving demands of modern communication systems.

One of the standout features of the Hughes 3004066-001 is its enhanced data throughput capabilities. This model supports high-speed internet access, allowing users to transmit and receive large volumes of data efficiently. The technology employed includes advanced modulation techniques that optimize bandwidth utilization, making it ideal for applications requiring reliable connectivity in remote locations.

In contrast, the Hughes 3004090-0001 focuses on versatility, featuring a dual-band operation that enables seamless communication across different frequency bands. This flexibility makes it suitable for diverse operational scenarios, whether in maritime, aviation, or land-based environments. The model's robust design ensures it can withstand harsh conditions, providing reliable service even in extreme weather.

Both models incorporate state-of-the-art encryption and security protocols to safeguard data transmission. This aspect is critical, especially in defense and government operations where data integrity and confidentiality are paramount. The Hughes technology ensures that all communications are secure from potential cyber threats.

Power efficiency is another notable characteristic of the Hughes 3004066-001 and 3004090-0001. They are designed to operate effectively with lower power consumption, which is essential for satellite operations in remote areas. This energy efficiency not only reduces operational costs but also extends the lifespan of the equipment.

User-friendly interfaces and customizable configurations are also key features of these models. With intuitive control systems and a variety of options for scalability, users can easily adapt the technology to fit their specific needs. This adaptability is particularly beneficial for organizations that require quick deployment and flexibility in their communication solutions.

In conclusion, the Hughes 3004066-001 and 3004090-0001 models exemplify cutting-edge satellite communication technology. With their high data throughput, dual-band operation, robust security features, energy efficiency, and user-friendly designs, they cater to a wide range of applications, ensuring reliable connectivity and performance in the most challenging environments. As technology continues to advance, these models remain at the forefront of satellite communication innovation, meeting the demands of users worldwide.
Top Page Image Contents