With up to 12 potential-free outputs, modular construction, and robust remote monitoring via VME-based RCM, it ensures long-term reliable operation in radiation- and magnetically-hostile environments.
Originally developed for CERN’s LHC detectors, the MARATON hazardous HE system powers ultra-low noise electronics in radiation- and magnetism-intense environments. Its unique separation of radiation-sensitive components, advanced cooling options, and programmable multi-channel control via remote RCM interface make it a reliable solution for critical research infrastructure.
| Compliance | CE EN 60950, EN 50081-1, EN 50082-1/2, UL 1950 |
| Power & Efficiency | Up to 3.6 kW output (water cooled) 65–90% module efficiency depending on voltage |
| Protection | Over-/undervoltage, overtemp, current limiting Trip-off: global, group, or channel-wise |
| Control & Monitoring | 12-channel VME remote controller (RCM) Ethernet (TCP/IP), USB, SNMP, LEDs Programmable trip levels, status detection |
| Design & Components | Modular plug-in design, easy maintenance Shielded and remote-placed sensitive electronics Water-cooled power bin recommended |
| Mechanical | Dimensions: 434 × 132 × 325 mm Weight: 31.5 kg Air or water cooling, rear terminal access |
Maraton Hazardous HE Datasheet
[ maraton-hazardous-he-datasheet.pdf, 344.16 KB, Aug.07.2025 ]
Maraton Hazardous Manual
[ maraton-hazardous-manual.pdf, 9.4 MB, Aug.07.2025 ]
General Safety Instruction
[ vpx-360-manual.pdf, 5.67 MB, Dec.02.2025 ]
Kontron Services Brochure
[ kontron-services-brochure.pdf, 8.9 MB, Dec.17.2020 ]
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