34
®
MIG150 - NLFRENES - v1.0 - 12112013
EN
Comparison table of output adjusting switch position and output current:
MIG 150
Adjustment step
DUTY
Welding current in A
MAX-2
10%
120 A
MAX-1
95 A
MIN-2
60%
51 A
MIN-1
35 A
Overload light
If welding with large current for a long time and exceed the duty cycle, the overload lamp will light (yellow),
the machine will stop working until looking to the stated temperature. When the overload lamp lights you must
turn the switch to “
OFF
” position and wait about 15 minutes, then you can continue.
Graphic symbols and technical data
- -
17
MIG-105
Adjustment step
DYTY
Welding Current in Amps
MAX-2
10%
70A
MAX-1
55A
MIN-2
30%
40A
MIN-1
60%
28.6A
3.1.3 Overload light
If welding with large current for a long time and exceed the duty cycle, the overload lamp will
light (yellow), the machine will stop working until looking to the stated temperature. When the
overload lamp lights y
ou must turn the switch to “OFF” position and wait about 15 minutes,
then you
can continue.
3.2 Graphic symbols and technical data
U
0
……
.V This symbol shows the secondary no-load voltage (in volts).
X
This symbol shows the rated duty cycle.
I
2
……
A This symbol shows the welding current in AMPS.
U
2
……
V This symbol shows the welding voltage in VOLTS.
U
1
This symbol shows the rated supply voltage.
I
1max
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
I
1eff
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
IP21 This symbol shows the welding unit
’
s protection class.
This symbol shows that the welding unit is suitable for use in environments
where there is a high risk of electric shocks.
This symbol shows read the operating instructions carefully before operation.
This symbol shows the welding unit is a single phased D.C. welder.
Chapter3 Operation
This symbol shows the supply power phase and line frequency in Hertz.
This symbol shows the welding unit is a MIG/MAG welder.
3.3 operation process
If use solid wire, need gas to protect, connect mixed gas windpipe of argon/CO
2
to the tie-in that
on the back of the machine, and tighten it avoid leaking. If use flux wire, you need not these process,
connection of output cable can be changed according to wire types. When use solid wire, as diagram
3-2A, grounding cable connect the
“
-
”
, another cable (welding torch cable) connect
“
+
”
; When use
flux wire, as diagram 3-2B, grounding cable connect
“
+
”
terminal, another cable (welding torch cable)
connect
“
-
”
terminal.
S
- -
17
MIG-105
Adjustment step
DYTY
Welding Current in Amps
MAX-2
10%
70A
MAX-1
55A
MIN-2
30%
40A
MIN-1
60%
28.6A
3.1.3 Overload light
If welding with large current for a long time and exceed the duty cycle, the overload lamp will
light (yellow), the machine will stop working until looking to the stated temperature. When the
overload lamp lights y
ou must turn the switch to “OFF” position and wait about 15 minutes,
then you
can continue.
3.2 Graphic symbols and technical data
U
0
……
.V This symbol shows the secondary no-load voltage (in volts).
X
This symbol shows the rated duty cycle.
I
2
……
A This symbol shows the welding current in AMPS.
U
2
……
V This symbol shows the welding voltage in VOLTS.
U
1
This symbol shows the rated supply voltage.
I
1max
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
I
1eff
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
IP21 This symbol shows the welding unit
’
s protection class.
This symbol shows that the welding unit is suitable for use in environments
where there is a high risk of electric shocks.
This symbol shows read the operating instructions carefully before operation.
This symbol shows the welding unit is a single phased D.C. welder.
Chapter3 Operation
This symbol shows the supply power phase and line frequency in Hertz.
This symbol shows the welding unit is a MIG/MAG welder.
3.3 operation process
If use solid wire, need gas to protect, connect mixed gas windpipe of argon/CO
2
to the tie-in that
on the back of the machine, and tighten it avoid leaking. If use flux wire, you need not these process,
connection of output cable can be changed according to wire types. When use solid wire, as diagram
3-2A, grounding cable connect the
“
-
”
, another cable (welding torch cable) connect
“
+
”
; When use
flux wire, as diagram 3-2B, grounding cable connect
“
+
”
terminal, another cable (welding torch cable)
connect
“
-
”
terminal.
S
This symbol shows the secondary no-load voltage in V.
This symbol shows the rated duty cycle.
This symbol shows the welding current in A.
This symbol shows the welding voltage in V.
This symbol shows the rated supply voltage.
This symbol shows the welding unit’s maximum absorbed current in A.
This symbol shows the welding unit’s maximum absorbed current in A.
This symbol shows the welding unit’s protection class.
This symbol shows that the welding unit is suitable for use in environments where there is a
high risk of electric shocks.
This symbol shows you must read the operation instructions carefully before operation.
This symbol shows the welding unit is a single phase DC welder.
This symbol shows the supply power phase and line frequency in Hz.
This symbol shows the welding unit is a MIG/MAG welder.
- -
17
MIG-105
Adjustment step
DYTY
Welding Current in Amps
MAX-2
10%
70A
MAX-1
55A
MIN-2
30%
40A
MIN-1
60%
28.6A
3.1.3 Overload light
If welding with large current for a long time and exceed the duty cycle, the overload lamp will
light (yellow), the machine will stop working until looking to the stated temperature. When the
overload lamp lights y
ou must turn the switch to “OFF” position and wait about 15 minutes,
then you
can continue.
3.2 Graphic symbols and technical data
U
0
……
.V This symbol shows the secondary no-load voltage (in volts).
X
This symbol shows the rated duty cycle.
I
2
……
A This symbol shows the welding current in AMPS.
U
2
……
V This symbol shows the welding voltage in VOLTS.
U
1
This symbol shows the rated supply voltage.
I
1max
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
I
1eff
…
A This symbol shows the welding unit
’
s maximum absorbed current in AMP.
IP21 This symbol shows the welding unit
’
s protection class.
This symbol shows that the welding unit is suitable for use in environments
where there is a high risk of electric shocks.
This symbol shows read the operating instructions carefully before operation.
This symbol shows the welding unit is a single phased D.C. welder.
Chapter3 Operation
This symbol shows the supply power phase and line frequency in Hertz.
This symbol shows the welding unit is a MIG/MAG welder.
3.3 operation process
If use solid wire, need gas to protect, connect mixed gas windpipe of argon/CO
2
to the tie-in that
on the back of the machine, and tighten it avoid leaking. If use flux wire, you need not these process,
connection of output cable can be changed according to wire types. When use solid wire, as diagram
3-2A, grounding cable connect the
“
-
”
, another cable (welding torch cable) connect
“
+
”
; When use
flux wire, as diagram 3-2B, grounding cable connect
“
+
”
terminal, another cable (welding torch cable)
connect
“
-
”
terminal.
S
copyrighted
document
- all
rights
reserved
by
FBC
