Jotron Spare 40AIS EPIRB only (104106)

The Tron 40AIS EPIRB is designed to meet the latest IMO and SOLAS regulations, ensuring the highest standards of maritime safety. It is certified by MED, MER (UK), FCC, and IC, guaranteeing compliance with current requirements. The device features AIS homing technology, which allows for quick and accurate localization during emergencies. It is also ready for Return Link Service (RLS) via Galileo GNSS, expanding its capabilities. Additionally, the integrated IR LED light supports night vision devices, making search and rescue operations more efficient in low-light conditions.

Specification

Part Number: 104106

Compliance:

• Approved under the latest EPIRB standard (IEC 61097-2 Ed.4) for reliability and international compliance

• Meets the most recent IMO regulations for EPIRB (July 2022), ensuring up-to-date maritime safety

Key Features and Benefits:

• Integrated AIS technology for enhanced safety and faster localization in distress situations

• Return Link System (RLS) via Galileo GNSS for improved distress signal reliability

• Infrared (IR) LED technology for compatibility with night vision devices, aiding SAR operations in low-light environments

• GNSS compatibility with GPS, GLONASS, and Galileo satellites for precise positioning and tracking

• Cospas-Sarsat 406 MHz and 121.5 MHz homing frequencies for effective distress signal transmission and homing

• MEOSAR compatibility for improved search and rescue capabilities and faster response times

• Multiple activation options, including manual and water activation, for versatility in emergencies

• 5-year full warranty for peace of mind and product reliability

• Hands-free wrist strap for convenient carrying and accessibility during emergencies

• Top-mounted LED light for 360-degree visibility

• Float-free bracket and float-free heating bracket options for increased safety and reliability in maritime emergencies

• Tested to meet operational and performance requirements according to IEC 61097-2 Ed.4, ensuring optimal functionality and performance