KAPPA V ECHOS AC IOM.pdf - Industrial Air
KAPPA V ECHOS AC IOM.pdf - Industrial Air
KAPPA V ECHOS AC IOM.pdf - Industrial Air
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MECHANICAL HAZARDS<br />
Operating mode Analysed risk or hazard Solution adopted<br />
Maintenance Entanglement, dragging,<br />
impact.<br />
Normal operating regime<br />
Maintenance<br />
THERMAL HAZARDS<br />
Operating mode Analysed risk or hazard Solution adopted<br />
Normal operating regime Burns caused by high<br />
Most of the pipelines that could cause burns,<br />
temperatures.<br />
when touched, are lagged with heat<br />
Maintenance<br />
insulating material.<br />
NOISE-RELATED HAZARDS<br />
Operating mode Analysed risk or hazard Solution adopted<br />
Normal operating regime<br />
Maintenance<br />
Hearing damage. All units are designed and built with the aim<br />
of reducing noise emissions to the minimum.<br />
ELECTRICAL HAZARDS<br />
Projection of high pressure jets<br />
of fluid - Explosion hazard<br />
Operating mode Analysed risk or hazard Solution adopted<br />
Normal operating regime Contact with electrically live All units are designed and built in<br />
parts (direct contact).<br />
compliance with harmonised standard EN<br />
Elements carrying electrical 60204-1.<br />
Maintenance<br />
current in the case of faults.<br />
Inappropriate insulation.<br />
Radiated heat due to shortcircuits<br />
or overloads.<br />
Blue Box 17<br />
The moving parts of the unit are located in<br />
clearly defined areas. Specifically, the fans<br />
are enclosed in an inaccessible compartment<br />
and they are equipped with an upper<br />
protective grille to UNI EN 294.<br />
All units are designed and manufactured in<br />
accordance with rule EN 378-2 and are<br />
equipped with relief valves to eliminate the<br />
risk of pressure bursts.<br />
The outlet from relief valves must be piped<br />
appropriately to eliminate risks associated<br />
with the expulsion of gas at high pressure<br />
from the machine.