IREM for xenon lamps

High pressure short arc xenon lamps require a special power source to function satisfactorily

High pressure short arc xenon lamps require a special power source to function satisfactorily. The power supply system for Xenon lamps consists of a ballast and an igniter which must match the characteristics of the lamp and the requirements of the lighting system. IREM ballasts and igniters, designed to guarantee the correct operation and long life of Xenon short arc lamps from 150 up to 10kW, are the ideal solution for most applications. Their robustness, reliability and perfect match with the characteristics of the lamp have made them preferred by most manufacturers of xenon lighting systems. The IREM power supplies and igniters comply with the CE marking.

PROFESSIONAL XENON APPLICATIONS

Marine projection lighting

Event lighting

Lighting for theaters

Architectural lighting

Solar simulation lighting

Lighting for the industrial and / or scientific sector

HV IGNITERS FOR SHORT ARC XENON LAMPS

A complete range of high voltage igniters expressly designed for the ignition of xenon short arc lamps from 150W to 15000W.

IREM high frequency stacked igniters have been designed for AC mains power to suit most applications. These asymmetrical igniters feature a compact design, high thermal stability and galvanic isolation, and can be equipped with a wide range of timing cards making them suitable for a wide variety of applications.

ELECTRONIC BALLAST FOR SHORT ARC XENON LAMPS

A complete range of high quality electronic ballasts specifically designed to ensure optimal operation and long life for short arc Xenon lamps from 450W to 10000W. The electronic ballasts of the EX series meet the specifications of the main lamp manufacturers and have been designed in compliance with the main international standards. The EX single-phase and three-phase power supply series offers a wide range of solutions. Both versions (single-phase and three-phase) are characterized by galvanic isolation, a limited in-rush current, a very low residual ripple, a stable output current and high efficiency. The models can be remotely controlled by means of analogue dry contacts or through the RS 232 digital interface. all conditions of aging and ensures a long life to the lamp itself.