IMPA:
Francis FL710 2000–3000W Halogen Suez Canal Searchlight with single or split beam configurations, lamp changeover system and 115V or 240V supply options.
The Francis FL710 2000–3000W Halogen Suez Canal Searchlight is a large heavy duty searchlight designed for vessels requiring a Suez Canal searchlight installation. The FL710 can be configured for single or split beam operation and incorporates a lamp changeover system so a spare lamp can be brought into service following lamp failure.
The optical system supports 2kW and 3kW halogen lamps and is designed for demanding marine operation. Depending on voltage, lamp and beam configuration, Francis specifies single beam ranges of approximately 1,928 to 2,407 metres, with split beam arrangements available for the required canal operating pattern.
Francis offers single beam and split beam arrangements using different 115V and 240V lamp configurations. The external focusing system allows the beam divergence to be adjusted, while the split beam creates two illuminated sections with a dark centre as required for the application.
MariTeam can quote the FL710 together with lamps, switch sockets, plugs, waterproof covers and other Francis spare parts. Several part numbers can be submitted in one RFQ.
Safety at sea is non-negotiable. When an emergency arises, the quality and reliability of your Fire, Rescue & Life Saving Equipment can mean the difference between a controlled situation and a crisis. At MariTeam, we understand the unique challenges of maritime safety, and for over 70 years, we have been a trusted partner for shipowners, operators, and maritime professionals worldwide.
Safety regulations in the maritime industry are stringent, and compliance is essential. That’s why we work with industry-leading manufacturers who meet the latest ISO, SOLAS, and other international standards. Our partners share our dedication to safety, reliability, and innovation—ensuring that every piece of equipment we supply has been tested and approved for use in the world’s most demanding environments.
