AGI's international reputation stems from over 40 years of experience in the design and manufacture of ship’s log systems for 45 navies worldwide. Covering all classes of vessels – from nuclear and conventional submarines, aircraft carriers and frigates, to fast patrol boats, mine-hunters and fleet support ships.
AGILOG 2 is based on the well-established electromagnetic principle that a voltage is induced in a conductor by a moving magnetic field. By using the sea water as a conductor, an output is generated as the vessel progresses. Electromagnetic speed measurement is passive in operation and therefore particularly suitable for use in submarines and warships. The EM technology provides reliable and robust speed availability when compared to some alternative technologies.
AGI’s products are highly customised items and are based on a modular design. The AGILOG 2 Speed and Distance Transmitter Unit (SDTU) provides a wide range of system interfaces and expansion options. AGILOG 2 provides single or dual axis speed measurement, with multiple RS422 serial outputs and Ethernet interfacing built in.
AGILOG 2 also offers GPS assisted calibration which uses ground speed data to calculate the average true speed over a calibration run. This method does not depend on accurate distance and time measurements and is therefore easier to accomplish.
System Configuration: Typically the AGILOG 2 system comprises of the SDTU, Underwater Sensor(s) (or Probes) and Multi-Function displays with potential for an optional Data Distribution Unit for full system expansion capability.
GPS assisted calibration
Dual or quad calibration curves
Dual axis option for forward and athwart ship speed/distance
Dual sensor option
Underwater sensor selection
Low magnetic signature sensors (contact AGI for specific data)
Simulation more selection
Self-test capability (BITE)
User friendly interface
Sensor replacement without dry docking
EMC – Mil-Std 461E
Shock – Mil-Std 901 grade A
Vibration – Mil-Std 167-1
Environmental – EN 60945
Power Supply – Mil-Std 1399 & EN 60945