INTRODUCTION
Electrical and electronic devices associate electric shock
phenomena. The electric field located near a conductor can be too concentrated
to ionize the air that is near the conductors and generate a current called the
Corona Effect. The main objective is to lower the noise levels generated by
high voltage transmission, avoiding energy losses, damage to electronic
circuits and fractures in the laser tube. The electrical current is transferred
through voltage lines and the connectors have the function of guaranteeing the
continuity of the current, if the connectors are damaged or dirty, the continuity
of the current is compromised, and the energy creates new conduction routes
ionizing the air and creating discharges around the connections.
High voltage cables for CO2
machines are covered with a dielectric that guarantees the conduction of
current through the conductive cable, over time the connectors and cables lose
their properties and allow the current to ionize the air and produce jumps of
current, which is necessary to review periodically and make changes if
necessary, adding silicone coatings, to avoid power losses and future designs
in the tube
DEVELOPMENT
Current jumps in the high voltage cable and laser tube.
CAUSES:
1. Deteriorated
high voltage cable terminals
2. Excessive
pollution around the laser tube
3. Excessive
pollution in the high voltage cable
4. High
cable in bad condition
Cable
Life Cycle (Finished)
5. The high voltage cable
without silicone coating
6. The high voltage cable too
close to the power source or metal parts
SOLUTION
1. Clean
the laser tube from pollution
2. Clean
the high voltage cable from pollution
3. Keep
the high voltage cable away from metal parts and power source
4. Coat
the high voltage cable with silicone or silicone hose to create greater
insulation.
5. Apply
WD-40 moisture shifters to fittings
6. Cover
the anode and cathode connectors with Thread seal tape to avoid failures in
power continuity, generated by pollution
1. Pollution
or cutting residues that accumulate in the connections interrupt the flow of
current and generate power surges.
. 2. High
voltage current requires dielectrics for optimal operation.
3. Properly
insulating all connections with Thread seal tape helps prevent current surges.
4. Periodic
maintenance on high voltage cables and connections is essential to take care of
current surges.