701S-00608 Includes Only:
- HR1E HRU
- Instructions
- Replacement Hardware
Features:
- Direct Replacement for all Ocean Signal EPIRB Automatic Release Housings (Category 1 Float Free Brackets)
- Proudly Designed and Manufactured in the United Kingdom
- Installation is Quick and Easy
SafeSea HR1E Hydrostatic Release Unit for Ocean Signal EPIRBs - your indispensable safeguard for maritime emergencies. Designed to automatically release an Emergency Position Indicating Radio Beacon (EPIRB) from its mounting bracket upon immersion in water, this device ensures swift activation of distress signals when every second counts. Engineered with precision and reliability, the HR1E offers peace of mind for sailors and seafarers, enhancing the chances of a rapid response in critical situations. Don't compromise on safety - equip your vessel with the Ocean Signal SafeSea HR1E Hydrostatic Release Unit for EPIRBs and sail with confidence, knowing that help is just a signal away when you need it most.
Designed to automatically release an Ocean Signal Emergency Position Indicating Radio Beacon (EPIRB) from its Float Free (Category 1) mounting bracket upon immersion in water, this device ensures swift activation of distress signals in emergency situations.
Here's how it works: The HR1E is equipped with a hydrostatic mechanism that responds to water pressure. When submerged to a certain depth, typically around 1.5 to 4 meters, the hydrostatic pressure triggers the release mechanism, allowing the EPIRB to float free from its mounting bracket. Once released, the EPIRB begins transmitting its distress signal, which is picked up by nearby search and rescue authorities, enabling them to quickly locate and assist those in need.
The HR1E is engineered with precision and reliability and manufactured in the United Kingdom, ensuring that it functions effectively even in the most challenging maritime conditions. By automatically activating the EPIRB upon immersion, the HR1E significantly enhances the chances of a swift response to distress situations, ultimately saving lives at sea.
