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MK LIT (E5) 01/2021 page 25/172
Normal operation
• Assembly errors
• Loading error
• Errors in user-side components (e.g. superordinate control system)
• Operation of the chamber without continuous monitoring
• Heating of the inserted accumulators above 90 °C
• Contact with hot surfaces on the housing
• Contact with hot surfaces in the interior and inside of doors
• Emission of non-ionizing radiation from electrical operating resources
• Contact with live parts in normal state
• Reuse of potentially pre-damaged cells after an EUCAR Hazard Levels 4 to 6 event
• Carrying out destruction tests (so-called abuse tests)
• Operation of the appliance without effective extraction (technical ventilation) at the exhaust air connec-
tion of the appliance
• Use of inert gas in high concentration (if necessary according to chap. 2.4.3)
Error, activation of the safety device
• Toxic atmosphere in the interior of the chamber due to inertization or CO
2
flushing
• Occurrence of toxic gases due to damaged or burning cells/modules/systems
• Emission of dangerous gases from the interior of the chamber (e.g., due to improper connection of the
exhaust system, door opening, etc.)
• Emergence of an explosive atmosphere due to outgassing of the cells
• Failing to shut the entire test down when the first signs of a EUCAR hazard level 4 to 6 event are
detected
• Setting up, installing, commissioning, operating, cleaning, and decommissioning, as well as mainte-
nance and repair by untrained or insufficiently trained personnel
• Maintenance and repair without knowledge of the service manual
• Self-ignition of cells, modules, or battery systems
• Continued operation of the chamber in the event of an obvious malfunction or failure of the safety device
• Failure to trigger the CO
2
fire suppression device due to technical defect, faulty connection, empty CO
2
compressed gas cylinder or operation with deactivated gas detection
• Exceeding the LEL due to incorrect setting of the O
2
switching threshold by the operator with O
2
reduction
through permanent inertization
• Hazards from CO
2
• Hazards due to inert gas (e.g. N
2
)
• Flames, explosions, toxic gases
• Release of corrosive and corrosive substances inside the chamber
• Missing entries in the plant logbook
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