IREM SpA a Socio Unico products

A new concept of electronic high voltage igniters designed for DC supply directly downstream the rectifier and suitable for working in a very wide range of operating temperature. The new ASC series completes the wide range of IREM igniters, they are expressly designed to strike short arc xenon lamps in the range from 150W up to 8kW. These asymmetrical electronic igniters are based on the switching technology for the generation of high voltage pulses that are electronically controlled for a best and noiseless lamp ignition.

The Power Pilot can be installed upstream of all loads or upstream the only loads that generate the problems outlined below. One typical installation diagram of the Power Pilot inserted between hydroelectric power production unit and users is shown below.

A complete range of high voltage igniters expressly designed to strike short arc xenon lamps from 150W to 15000W. IREM high frequency superimposing igniters have been designed for AC mains supply to suit most applications. These asymmetrical igniters are characterized by a compact design, high thermal stability and galvanic insulation, and can be equipped with a wide range of timing boards that make them suitable for a wide variety of applications.

Electronic Igniters, based on the switching technology, for the ignition of double-ended metal halide lamps and high pressure sodium lamps in the range of power from 150W up to 2000W. The igniter is made up of a stabilized charging electronic circuit, a H.F. pulse generator (i.e. H.V. capacitors and spark gap) and a H.V. coil. Moreover, a built-in TSCs control circuit (Timing-Sensor-Control system) ensuring a constant control of power supply, lamp status, number of pulses and ignition duration. The ADI igniter have been designed to be connected, downstream from the ballast, by means of three wires for 1000W – 2000W lamps or by means of four wires for 150W – 400W lamps.

Rated Power 1 to 7,5 KVA, 220/240 V Protection Degree IP20. The power supply of telephone plants and FM/TV relay stations has always entailed numerous problems and specific needs which are difficult to meet, among them: to assure the safety of operators working on the plants, according to the law; to assure continuity of operation to the plants; to build a compact distribution system for all loads usually present in relay stations; to limit the costs of installation and management; to allow a cheap and effective technical assistance.