Documentation of our maintenance and cleaning works Control boards - dust, oiling
Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology low voltage switchboard 0.4 kV metallurgy industry type of contamination: mixture of industrial dust and metal oxides of iron (steel dust) risk: highly conductive pollution posing the risk of short circuit and fire the effect of the use 3NS
The switchgear cabinet which had been soiled with the mixture of industrial dust and heavy sugar dust. We brought this unit to the condition comparable with the initial one. Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology type of contamination: mixture of industrial dust and heavy sugar
Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology medium voltage switchgear – after fire type of contamination: post-fire soot, highly conductive condensed carbon-graphite dust of oily consistency risk: highly conductive pollution posing the risk of short circuit and fire the effect of the use 3NS technology: elimination
Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology 6/04 kv oil-filled transformer metallurgy industry type of contamination: mixture of industrial dust and metal oxides of iron, oiling, patina risk: highly conductive pollution posing the risk of short circuit and fire the effect of the use 3NS technology:
Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology engine on the roller table metallurgy industry type of contamination: mixture of industrial dust and oil in the coated with metal oxides risk: highly conductive pollution posing a real risk of short circuit in the wiring and overheating of
Before cleaning with the use of 3NS technology After cleaning with the use of 3NS technology inverters cement industry type of contamination: mixture of cement dust, other dust and dampness risk: non-conductive contamination, causing so called “stray currents” on electronic elements leading to failures and disturbances in the flow of work, higher temperature of electronic
Thanks to 3NS technology, we extended the life-span of the components and minimize the risk of downtime associated with failures of control systems.
