The solution can be installed into areas where there is no or very little existing infrastructure, or whereby a fully self-contained independent system is the easiest and most efficient means of installation for the community.

The power module, robust user interface, solar power panels and appropriate network interface are integrated into a single freestanding structure to allow a robust and sustainable calling point solution for the community with no reliance on any local resources or infrastructure.

The overall system is designed to handle the extremes of the environment, and extremely robust in design and sustainability for the community. The structure and system architecture is environmentally rated to withstand cyclonic conditions C2 classification. D2 is available if required however not quoted for in this proposal. Appropriate engineering analysis has been performed to ensure a sustainable system throughout various potential installation locations.

Beam Communications developed a standalone Community Calling concept over 12 months ago. The conceptual drawing pictured here, was the basis from which further research and development had been performed since this time to develop a leading edge solution for the indigenous community.

From its initial conceptual drawings, Beam employed the expertise of BP solar to assist in the development of a high tech power management system to ensure long life of the equipment and sustainable viability for the concept

The basis of this proposed solution is to provide a truly independent remote telephony solution that can be simply installed anywhere in the world with no reliance on any local infrastructure whatsoever.

Installation requires the preparation of the site by provision of a foundation; nominally concrete 1m3. The mast, nominally a 7m slip mount, should be mounted onto bolts laid into the concrete foundation.

The steel bollards are also installed during the concrete pour. The mast package is prepared on-site prior to erection. This preparation consists of fitting the major sub-systems such as solar panel, power module secure cabinet, antenna and cables to the mast and connecting the pre-terminated cables to the telephone location.

Beam Communications can develop customised solution for any application. Various installation option are available including affixing to buildings, or other fixed existing structures. There is also a range of option for areas where availability of water for a cement base is limited whereby a pivot installation may be more appropriate and convenient.

Beam Communications can develop customised solution for any application. Various installation options are available including affixing to buildings, or other fixed existing structures. There is also a range of option for areas where availability of water for a cement base is limited whereby a pivot installation may be more appropriate and convenient

The Iridium Satellite network provides a robust network for supporting a global tracking application, with global coverage from pole to pole and the use of low powered antennas that are omni directional this makes a Beam TrackALERT system your desired installation for any application.

Whilst all data services are available on any Beam device, selected Beam terminals offer varying voice service features. Any voice supported terminal will allow the use of an Intelligent Handset, however the Beam Remote Satellite Terminal, RST100, allows the use of standard phone equipment through its intelligent RJ11 connectivity.

Using SMS or SBD with the intelligence built into the Beam RST100 and RST200 terminals it is possible to remotely configure the communication terminal as well, run diagnostic checks, check signal strength, temperature and call logs as well as the ability to have automated reporting for “still alive” reporting if required. It is also possible to perform some simple polling of a device plugged into the Log Port of the terminal. This can be a very cost effective means of low-level position and condition reporting.

Whilst the installation and integration to the terminal is very straight forward, selecting the appropriate antenna and antenna cable for the installation is also important to ensure greatest call quality over the satellite network. There is a range of suitable antenna installation types for various applications. In order to maximize the signal penetration in some locations the antenna can be installed some distances away from the main terminal in a more appropriate location.

The antenna should always have as clear line of sight to the sky as possible, eight degrees above the horizon is always ideal, however the clearer the view to the sky the greater the reliability of service. 

The maximum loss for an antenna cable installed to any Iridium device is 3db maximum. Exceeding this loss will affect reliability and call quality.

Using SMS or SBD with the intelligence built into the Beam RST100 and RST200 terminals it is possible to remotely configure the communication terminal as well, run diagnostic checks, check signal strength, temperature and call logs as well as the ability to have automated reporting for “still alive” reporting if required.

It is also possible to perform some simple polling of a device plugged into the Log Port of the terminal. This can be a very cost effective means of low-level position and condition reporting.

The RST100 terminal allows for various installation options. It si possible to run the RJ11 cable over very long distances, whilst the antenna cabling is limited to a 3db loss. Therefore it is more important to keep the main terminal as close to the antenna as possible to then use the flexibility of standard phone wire to connect to the user interface or PBX system.

Whilst the installation and integration to the terminal is very straight forward, selecting the appropriate antenna and antenna cable for the installation is also important to ensure greatest call quality over the satellite network. There is a range of suitable antenna installation types for various applications. In order to maximize the signal penetration in some locations the antenna can be installed some distances away from the main terminal in a more appropriate location.

The antenna should always have as clear line of sight to the sky as possible, eight degrees above the horizon is always ideal, however the clearer the view to the sky the greater the reliability of service. 

The maximum loss for an antenna cable installed to any Iridium device is 3db maximum. Exceeding this loss will affect reliability and call quality.

Communication Terminals Supported

- Remote Satellite Terminal RST100

Accessories

- Battery Backup RST050
- Iridium Antennas
- GPS Antennas

Key Solution Features:

Beam Equipment

- Ability to use standard telephone handsets (RST100 only)
- Ring, Busy, Dial tones Configurable (RST100 only)
- Long run RJ11 Cable (RST100 only)
- Robust Intelligent Handsets available
- Intelligent microprocessor on board
- Remote / Local configuration
- Remote Monitoring
- Alarm/Alert Reporting
- Omni directional antennas
- Full certified C, CE, A Ticks.
- Full Environment Certification IEC60945
- Power input options 11-32V DC
- Battery Backup / Solar options available
- Low power requirement

Iridium Service Features

- Low cost mobile to mobile calls
- Supports SMS & SBD
- High quality voice
- Crew Calling
- 100% global coverage
- Prepaid or post paid service