The search lights find their use mostly in the naval sector, they are used as navigation aids, for the detection of other boats, navigation obstacles, icebergs, floating objects and living beings.
High-speed boats, for example, are required to install search lights, in order to achieve safe navigation, avoid collisions, and perform search and rescue activities for shipwrecked persons at sea.
IREM PROPOSALS IN THE NAVAL SECTOR
With regard to the type of requirement, IREM offers solutions for electronic or electromechanical search lights.
ELECTRONIC POWER SUPPLIES
FOR SHORT ARC XENON LAMPS
EX SERIES
They are characterized by their compact dimensions and low weights which facilitate their handling and installation.
Thanks to the limited in-rush current, a very low residual current ripple and the stabilization of the output current, the EX series electronic ballasts guarantee high lighting performance and long life of the lamps with powers from 450W up to 10000W .
ELECTROMECHANICAL FEEDERS
FOR SHORT ARC XENON LAMPS
SERIES N3, PX
These are rectifiers designed to ensure correct operation and long life of short-arc xenon lamps with power from 700 W to 15000 W.
Equipped with special IREM transformers and an exclusive magnetic switch which allows constant and linear adjustment of the lamp output power.
The main features are reliability, durability and simplicity of installation and use.
HIGH VOLTAGE ELECTRONIC LIGHTERS
FOR SHORT ARC XENON LAMPS
ASC SERIES
New concept of high voltage electronic ignitor designed for direct current supply downstream of the rectifier and suitable for working in a wide range of operating temperatures. The ASC series completes the wide range of IREM igniters, it is specifically designed for the ignition of short-arc xenon lamps with power from 150 W to 8 kW.
HIGH VOLTAGE LIGHTERS
FOR SHORT ARC XENON LAMPS
AS SERIES
Complete range of high voltage igniters specifically designed for the ignition of short arc Xenon lamps with variable power from 150W to 15000W.
The AS series igniters have been designed to be powered in alternating current to easily adapt to numerous applications. These asymmetric type igniters are characterized by their compact design, high thermal stability and galvanic isolation.
