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Ausschreibung zur Lieferung von Stromversorgungssystemen für die SIS100 Quadrupol-Magnete am FAIR-Forschungszentrum (Facility for Antiproton and Ion Research) in Darmstadt. Das Projekt ist in zwei Lose unterteilt: Los 1 umfasst die Stromversorgung für strahlungsresistente Quadrupol-Magnete (850 A, 300 V), Los 2 die Stromversorgung für schnelle Quadrupol-Magnete (1485 A, 210 V). Beide Systeme werden über ein 400 V-Netz gespeist. Die Bewertung der Angebote erfolgt zu 30 % über den Preis und zu 70 % über technische Kriterien wie Qualität, Funktionalität, Lebensdauer der Komponenten und mechanisches Design.
Beschaffung von Stromversorgungssystemen für SIS100 Quadrupol-Magnete am FAIR-Forschungszentrum in Darmstadt. Der Auftrag umfasst zwei Lose für strahlungsresistente bzw. schnelle Quadrupol-Magnete.
Bidder Requirements
Besondere Bedingungen
Short Description of Power Supply for SIS100 Radiation Resistant Quadrupole Magnets A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Radiation Resistant Magnets are a component of SIS100 and it requires a power supply system. The current in the magnets must be ramped up to 850 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 300V. This power converter will be feed by 400 V supply system.
Short Description of Power Supply for SIS100 Fast Quadrupole Magnet A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Fast Quadrupole Magnet is a component of SIS100 and it requires a power supply system. The current in the magnet must be ramped up to 1485 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 210 V. This power converter will be feed by 400 V supply system.