Ocean Signal develops Emergency Position Indicating Rescue Beacon
The SafeSea EPIRB1 Pro features a 30 per cent reduction in size compared to other EPIRBs, and a 10-year battery life.
The beacon complies with IMO regulations that require an automatic release housing to be provided for mandatory fitted EPIRBs.
The SafeSea EPIRB1 Pro is designed to release automatically from the Category 1 Auto Deploy Bracket once submerged in water and float free from a sinking vessel. When floating on the surface, it will then transmit the boat’s distress message to alert rescue authorities.
Weighing 422g (14.9oz), the EPIRB1 Pro measures just 178mm (h) by 89mm (w) by 100mm (d), and is supplied with the automatic deployment bracket (Category 1), or ‘float-free’.
The SafeSea EPIRB1 Pro operates on the three Cospas-Sarsat satellite systems, including the new MEOSAR, ensuring they will offer the near instantaneous signal detection and transmission enabled by the global MEOSAR satellites and upgraded ground-station components. Using the next-gen network, anyone activating an EPIRB1 Pro can expect their beacon to be located within 100 meters (328 feet), 95% of the time, within five minutes of the distress signal. The new EPIRB1 Pro incorporates a state-of-the-art 66 channel GPS receiver for faster location and improved accuracy.
The Ocean Signal SafeSea EPIRB1 Pro communicates the location of the survivors to search and rescue services in three ways: the designated 406MHz Cospas-Sarsat satellite system with position provided by an integrated GPS receiver; a 121.5MHz homing beacon; plus a high brightness LED strobe light to maximise visibility in low light conditions. Once activated, the SafeSea EPIRB1 Pro transmits the position and user’s unique ID to a Rescue Coordination Centre via satellite link for transfer to the relevant local search and rescue services.
Operating within a temperature range of -20°C and +55°C and waterproof up to 10 meters, the Ocean Signal EPIRB will transmit for 48 hours to keep rescue services updated for longer.
