Navigational Aids
Marine Lanterns
Eliminate “low spots” of light intensity and increase visibility with Essi’s marine lanterns. Fit for marking artificial island and fixed structures, offshore oil and gas structures, drilling rigs, barges, buoys, channels, bridges and docks and suited for both Class A and B applications, our lanterns deliver brightness and intensity of up to ten nautical miles in range.
APPLICATION
DESIGN
Brightstar LED Marine Lantern with PDA
The PDA reader provides onsite data and the unit is also compatible with the Essi Corp Smart Field remote monitoring to access operational status including outages, low voltage, faults and malfunctions via secure web portal
Brightstar LED Marine Lantern
M550 Private Aid to Navigation and Marine Lantern
M650H LED Marine Lantern
M850 LED Marine Lantern
M860 LED Marine Lantern
8 x 6 Clamp-On Deck
1. FaradicWave (FW/6) Fog Signal
2. BrightStar Class A (5nm) LED Marine Lantern
3. Heavy Duty Aluminum Skid
4. Galvanic Rechargeable Energy Cells (Batteries)
5. Radiance Solar Energy Generators (Solar Panels)
6. Heavy Duty Battery Box
The Essi Model Galvanic Rechargeable Energy Cells are sized for thirty (30) day autonomy as required by the USCG 8th District for unmanned structures. The Essi Model Radiance Solar Energy Generators are sized with consideration given to solar data from the Gulf of Mexico area.
Class B
8 x 6 Clamp-On Deck
1. FaradicWave (FW/3) Fog Signal
2. BrightStar Class B (3nm) LED Marine Lantern
3. Heavy Duty Aluminum Skid
4. Galvanic Rechargeable Energy Cells (Batteries)
5. Radiance Solar Energy Generators (Solar Panels)
6. Heavy Duty Battery Box
The Essi Model Galvanic Rechargeable Energy Cells are sized for thirty (30) day autonomy as required by the USCG 8th District for unmanned structures. The Essi Model Radiance Solar Energy Generators are sized with consideration given to solar data from the Gulf of Mexico area.
The skid is designed for small fixed structures where deck space is critical and meets the audible and visual requirements of the Class B zone as defined by the United States Coast Guard 8th District Gulf Of Mexico (GOM).
LED Telescopic Skid Assembled
1. FaradicWave (FW/6) Fog Signal
2. BrightStar Class A (5nm) LED Marine Lantern
3. Heavy Duty Aluminum Skid
4. Galvanic Rechargeable Energy Cells (Batteries)
5. Radiance Solar Energy Generators (Solar Panels)
6. Heavy Duty Battery Box
The Essi Model Galvanic Rechargeable Energy Cells are sized for thirty (30) day autonomy as required by the USCG 8th District for unmanned structures. The Essi Model Radiance Solar Energy Generators are sized with consideration given to solar data from the Gulf of Mexico area.
The Class A Single Lift Aluminum
1. FaradicWave (FW/3) Fog Signal
2. BrightStar Class B (3nm) LED Marine Lantern
3. Heavy Duty Aluminum Skid
4. Galvanic Rechargeable Energy Cells (Batteries)
5. Radiance Solar Energy Generators (Solar Panels)
6. Heavy Duty Battery Box
The Essi Model Galvanic Rechargeable Energy Cells are sized for thirty (30) day autonomy as required by the USCG 8th District for unmanned structures. The Essi Model Radiance Solar Energy Generators are sized with consideration given to solar data from the Gulf of Mexico area.
The skid is designed for small fixed structures where deck space is critical and meets the audible and visual requirements of the Class B zone as defined by the United States Coast Guard 8th District Gulf Of Mexico (GOM).
Smart Field Monitoring
Through alerts sent via email, text or voice, our customers are immediately aware of any device outage, low voltage, fault, malfunction or incident of non-compliance.
Monitored data includes:
- Battery voltage
- Lantern Operational Status (on/off state)
- Fog signal operational status (2 hour delay, horn muted)
- Faults and malfunctions (driver failure)
Essi’s proprietary Smart Field technology collects and transmits operational data from our BrightStar Class A 3nm-5nm lanterns and.05 or 2 nautical mile fog signals via an SSL secured interface.