GCE proFIT SLM Instrucciones De Uso página 14

Adjustment Recommendation for Perfect Machine Cutting
Narrowing of kerf (divergent)
EN
• Forward speed of torch
too fast
• Distance between nozzle
and sheet metal too big
• Dirty and / or damaged
nozzle
Concave cut surface profile
• Forward speed of torch
too fast
• Dirty and/or damaged noz-
zle or nozzle size too small
for the thickness to be cut
• Cutting oxygen pressure
too low
Melted down top edge
with adherent slag
• Cutting oxygen pressure
too high
• Heating flame too strong
• Distance between nozzle
and sheet metal too big
Single gouges
• Forward speed of torch
too slow
• Scaled or corroded or dirty
sheet metal surface
• Distance between nozzle
and sheet metal too small
• Flame too weak
• Flame extinguished with
a ban
• Sheet metal with finely
divided inclusions
Narrowing of kerf (conver-
gent)
• Forward speed of torch
too fast
• Distance between nozzle
and sheet metal too big
• Cutting oxygen pressure
too high
Irregular cut surface profile
• Cutting oxygen pressure
too low
• Dirty and / or damaged
nozzle
• Forward speed of torch
too fast
Lower edge rounded
• Cutting oxygen pressure
too high
• Forward speed of torch
too fast
• Dirty and / or damaged
nozzle
Grouped gouge areas
• Forward speed of torch
too fast
• Scaled or corroded or dirty
shee metal surface
• Distance between nozzle
and sheet metal too small
• Flame too weak
Concave cut surface beneath
top edge
• Cutting oxygen pressure
too high
• Dirty and / or damaged
nozzle
• Distance between nozzle
and sheet metal too big
Edge melting on
• Forward speed of torch
too slow
• Heating flame too strong
• Distance between nozzle
and sheet metal too big to
too small
• Nozzle size too big for the
thickness to be cut
Excessive cut drag line depth
• Forward speed of torch too
fast or irregular
• Distance between nozzle
and sheet metal too small
• Heating flame too strong
Grouped gouges in the bot-
tom half of the cut
• Forward speed of torch
too slow
• Dirty and / or damaged
nozzle
14/136
Step at bottom edge
• Forward speed of torch
too fast
• Dirty and / or damaged
nozzle
String of solidified droplets
• Heating flame too strong
• Distance between nozzle
and sheet metal too small
• Scaled or corroded sheet
metal surface
Excessive cut drag line
depth
• Forward speed of torch too
fast or irregular
• Distance between nozzle
and sheet metal too small
• Heating flame too strong
Firmly adherent slag line
ad bottom edge
• Forward speed of torch
too fast or too slow
• Distance between
nozzle and sheet metal
too big
• Cutting oxygen pressure
too low
• Nozzle size too small for
the thickness to be cut
• Flame too weak
• Scaled or corroded or
dirty (colour) sheet metal
surface