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Iridium Pilot
Satellite terminal Iridium Pilot, is designed for installation both on ships and on any other objects. Provides simultaneously up to three independent subscriber telephone lines and a permanent connection to the data network with a speed of up to 134 kbit / s. The Iridium Pilot terminal is registered in the Iridium network using SIM cards. For the Iridium Pilot SIM card, the required number of telephone lines (from 0 to 3) is activated, and the required parameters for connecting to the data network (maximum transfer rate, dynamic / fixed IP, IP traffic filtering rules) are set. Iridium Pilot consists of an omnidirectional outdoor antenna that does not contain moving parts and does not require a stabilization platform, and an internal electronic terminal block,
Iridium 9801 (Pilot) has the certificate of approval of the Russian Maritime Register for use on ships as additional equipment. Does not meet GMDSS requirements.
Features Iridium Pilot:
Specifications:
Iridium 9801 (Pilot) has the certificate of approval of the Russian Maritime Register for use on ships as additional equipment. Does not meet GMDSS requirements.
Features Iridium Pilot:
- Will be compatible with the new generation of the satellite grouping Iridium NEXT;
- The zone of action is the entire surface of the globe, including the polar regions;
- Omnidirectional antenna;
- Three independent telephone lines;
-
SIM card slot; Settings and terminal management via the Web interface.
Specifications:
Coverage Area | Global |
Antenna |
Height: 230 mm Diameter: 570 mm Weight: 11 kg |
Subscriber terminal (below deck) |
Dimensions: 200 mm x 250 mm x 55 mm Weight: 1.35 kg |
Data transfer interface | 1x Ethernet, RJ-45 |
Data transfer | up to 134 kbps |
Telephone interface | 3x analog lines, RJ-11 |
Operating temperature range, С |
from 0 to +55 for units installed in the interior of the vessel from -30 to +55 for units installed on the open deck |
Certificate:
-
RRR
Available for order
Documentation:
The magnetic compass The magnetic compass is controlled by the horizontal component of the magnetic field. At magnetic poles, such a compass is useless, because the horizontal component is zero