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21
Connect the gas supply to
C
fitting making sure that the
equipment can supply adequate capacity and pressure to
the torch being used.
If the air is supplied from a compressed air cylinder, the
cylinder must be equipped with a pressure regulator;
never connect a compressed air cylinder to the ma
-
chine reducer direct. Pressure may be higher than the
reducer capacity with consequent possible explosion
Connect the power cord
A
: the yellow-green cable wire
must be connected to an efficient system grounding
socket; the remaining wires must be connected to the
power supply line by means of a switch placed as close
as possible to the cutting area, to allow it to be quickly
shut off in case of emergency.
The capacity of the switch or fuses installed in series with
the switch must be equal to I1eff current drawn by the
device.
The current I1eff max absorbed is determined by reading
the technical data shown on the unit in correspondence
of the available supply voltage U1.
Any extension cords must be sized appropriately for the
absorbed current I1eff max.
4. USE
When the plasma cutting machine is switched on, by tur-
ning the knob
B
, the display
N
shows:
Information
Power Source
336
Version panel
04
Version control
01
Torch
CP162C MAR 6m
- The power source article;
- The
current firmware version installed in the panel board
;
- The
current firmware version installed in the control board
;
- The torch type mounted (CP 70C MAR/DAR; CP 162C MAR/
DAR) ;
- The length of the assembled torch (6/15m)
Note: The type and length of the torch are automatically
recognized.
A
few seconds later, the display
N
shows one
In general, with the
H
knob you select different items such
as:
-
Working mode CUT, SELF RESTART,
and GOUGE (only for CP 162C torch);
-
Working current;
-
work pressure;
-
Cutting gas;
-
material
By briefly pressing the
H
knob on the single selected task,
it becomes bold and can be modified.
4.1 CUTTING (“CUT” OPERATING MODE)
CUT
110 A
MILD STEEL
Ø 1.50
Air 5.5 bar
CP162C
Choose the type of material to be cut (Mild Steel, Stain-
less Steel or aluminum) and the cutting gas (air or nitro-
gen N2).
Then adjust the cutting current depending on:
- the type of the chosen material and the thickness to be
cut;
- the gas used
following directions shown in the cutting tables.
During the current regulation, the display
N
shows the
correct nozzle diameter to be used.
Now you can set the correct operating pressure by se-
lecting the correspondent task and pressing the knob
H
:
now the gas comes out of the torch.
CUT
110 A
MILD STEEL
Ø 1.50
Air 5.5 bar
Turn now the knob
D
of the pressure reducer.
The correct working pressure is signaled by central leds,
beside the set value. If pressure is too low or, conversely,
too high, these are highlighted by the flashing LEDs, re
-
spectively the left or the right.
When pressure is adjusted, lock the knob
D
by pushing
it down.
Cutting speeds can be read on display
N
in function of
the thickness, the material and the fixed current.
In particular, by selecting the material and pressing down
the
H
knob, you will see the following screen shot:
Summary of Contents for Plasma Sound PC 110/T
Page 5: ...5 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 6: ...6 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 17: ...17 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 18: ...18 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 29: ...29 Fig 1 Abb 1 C B H G K J N A D E F M Abb 1 A ...
Page 30: ...30 Fig 1 Abb 1 C B H G K J N A D E F M Abb 1 A ...
Page 41: ...41 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 42: ...42 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 53: ...53 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 54: ...54 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 65: ...65 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 66: ...66 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 77: ...77 Fig 1 Kuva 1 C B H G K J N A D E F M Kuva 1 A ...
Page 78: ...78 Fig 1 Kuva 1 C B H G K J N A D E F M Kuva 1 A ...
Page 88: ...88 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 89: ...89 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 100: ...100 Fig 1 Afb 1 C B H G K J N A D E F M Afb 1 A ...
Page 101: ...101 Fig 1 Afb 1 C B H G K J N A D E F M Afb 1 A ...
Page 112: ...112 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 113: ...113 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 124: ...124 Fig 1 Εικ 1 C B H G K J N A D E F M Εικ 1 A ...
Page 125: ...125 Fig 1 Εικ 1 C B H G K J N A D E F M Εικ 1 A ...
Page 134: ...134 NOTE NOTES AUFZEICHNUNGEN NOTAS ...
Page 136: ...136 PLASMA SOUND PC 70 T ART 334 208 220 230 400 440V 50 60 HZ ...
Page 137: ...137 PLASMA SOUND PC 70 T ART 334 95 380V 50 60 HZ ...
Page 138: ...138 PLASMA SOUND PC 110 T ART 336 208 220 230 400 440V 50 60 HZ ...
Page 139: ...139 PLASMA SOUND PC 110 T ART 336 95 380V 50 60 HZ ...
Page 144: ...144 78 71 68 69 72 73 74 75 76 67 66 ART 1626 TORCIA CP 70C MAR CP 70C MAR TORCH ...
Page 146: ...146 68 78 71 69 70 72 73 74 75 76 77 67 66 ART 1631 TORCIA CP 162C MAR CP 162C MAR TORCH ...