2-3
Chapter 2
Product Specification
and Configuration
S
PECIFICATION
P
RODUCT
S
PECIFICATION
AND
C
ONFIGURATION
C
HAPTER
2
2.1.3
External dimensions
This section explains the external dimensions of the welding power source.
DC WAVE
PULSE
MAG (20 % CO
2
)
(*1-1)
MILD STEEL
0.8/1.0/1.2/1.6
(*2)
-
MAG (10 % CO
2
)
(*1-2)
MILD STEEL
0.8/1.0/1.2
(*2)
-
MIG (2 % O
2
)
(*1-3)
STAINLESS STEEL
0.8/1.0/1.2/1.6
(*2)
-
STAINLESS FERRITE
0.8/1.0/1.2
(*2)
-
MIG (2.5 % CO
2
)
(*1-4)
STAINLESS STEEL
0.8/1.0/1.2/1.6
(*2)
-
STAINLESS FERRITE
0.8/1.0/1.2
(*2)
-
MIG (100 % Ar)
(*1-5)
Al/PURE
1.2/1.6
(*2)
-
Al/Mg
1.0/1.2/1.6
(*2)
-
*1: Note that the "collective" voltage adjustment may not meet the appropriate condition if a mixing gas other than those
with the following mixing ratios is used.
*1-1: MAG gas: Argon (Ar) 80 % + Carbon dioxide (CO
2
)20 %
*1-2: MAG gas: Argon (Ar) 90 % + Carbon dioxide (CO
2
)10 %
*1-3: MIG gas (stainless steel): Argon(Ar) 98 % + Oxygen (O
2
)2 %
*1-4: MIG gas: Argon(Ar)97.5 % + Carbon oxygen (CO
2
)2.5 %
*1-5: MIG gas (Aluminum/Aluminum bronze/Silicon bronze): Argon (Ar)100 %
*2: Available for applications either of "STANDARD" or "HIGH".
*3: For "STANDARD" mode, the standard mode or extended cable mode (extended mode of power cable) is available.
(
-
F1: Standard/Extended cable mode)
*4: In the welding of DC low spattering, the following devices are necessary for wire feeder and welding torch. For details,
refer to the instruction manual of each device.
• Wire feeder: CMV-7402
• Welding torch: WT3500V-SD or WT3510V-SD
WELDING
METHOD
GAS (*1)
WIRE MATERIALS
WIRE DIA. (mm)
TRAVEL SPEED
Penetration
adjustment
762mm
395mm
710mm
14mm
