Specifications
- .
-
.
-.
-.
-
(
).
- .
- .
-(,
).
-(
).
- °
.
- SELV
).
-.
-
MODE II.
455.
-
-.
-.
-.
- .
-
.
-.
- .
-.
-.
-.
- .
-
- 6
7. .
To modify or disassemble the system in ways other than specified in this manual
To allow access to or use of system by children, persons with health issues, or with
pacemakers without first consulting a physician
To leave active system unattended
To violate the requirements of safety system standards
To connect or attach any accessories to power supply or torch other than those
recommended by the manufacturer and listed in this manual other accessories may
cause damage to the system or create a hazard for the user
To connect any torch other than the Multiplaz-3500 to the Multiplaz-3500 power supply
To connect the Multiplaz-3500 torch to any power supplies other than Multiplaz-3500
To connect torch to any outside sources of process fluid gas bottles, compressors
fluid tanks etc. which are not approved by the manufacturer
To fill the torch with fluids other than those specified by this manual water and
ethanol/water mixture
To place power supply or operational torch on surfaces with a grade in excess of 10
without using fasteners to protect them from overturning
To use torch with the front panel indicator off without installing a protective tip (i.
e., in modes requiring voltages in excess of 68 V at torch cap and nozzle
To operate with power supply housing ungrounded
To operate the system without wearing special protective dark goggles
or without a welder’s mask while operating in The recommended
light state is DIN for MODE I and . DIN for MODE II
To operate the system on floor that is metal or damp without using an insulating floor
mat.
To operate the system while wearing wet shoes and/or with wet feet
To touch power supply with wet or damp hands
To use torch on recently painted structures
To operate the system while wearing clothing stained with flammable substances
To use the system on items filled with hazardous substances, water, ice or items under
pressure or voltage
To use painted, zinc-plated items, or fluxes in an unventilated room
To operate in dusty rooms or rooms where metals are being worked using abrasion
To use the system to thaw pipes
To touch hot system components
To move power supply during operations
To pull the system by the power cable or coil the power cable around the system
To wipe power supply down with a damp cloth
To try and repair the system or torch by yourself except as specified in Sections and
Contact a qualified dealer for any repair-related issues
while operating
in MODE I
*
.Ethanol concentration in water/alcohol mixture is shown in parentheses
Material
Workpiece
Geometry
Primary
Dimension mm
(inch)
,
Type of
Process
Filler
Filler Diameter
mm
,
Flux
MODE I /
MODE II
Control Setting
V
,
None
1/
2/
3/
1
2
3
160-1 0
1 0 - 170
1 0-1 0
8
6
57
1,6
d
d
=2
=2
Steel
Steel
+
Plate
Plate
+
None
1/4
2/4
160 - 190
150 - 170
3
57 х 4
57 х 4
Æ
Æ
Welding
(50%)*
Steel
Steel
+
Pipe
Pipe
+
None
1/4
2/4
160 - 190
150 - 170
3
100 х 120 х 6
100 х 120 х 6
Welding (50%)
Steel
Steel
+
Strip
Strip
+
None
1/4
2/4
160 - 190
150 - 170
3
Æ
Æ
57 х 4
57 х 4
Welding (50%)
Steel
Steel
+
Pipe
Pipe
+
None
2/4
150 - 170
3
d
d
=8
=8
Welding (50%)
Steel
Steel
+
Plate
Plate
+
Welding (50%)
Use filler wire with diameter 1-4 mm (0.04-0.16 inches) depending on metal thickness.
For soldering, heat the workpieces being joined to brazing temperature which is some 10% higher than filler melting point but lower
than base metal melting point On contact with hot workpieces, filler melts puddle workpiece surfaces and filling the gap between
them.
For brazing, heat the workpiece with the higher melting point to a temperature about 10% higher than the melting point of the other
workpiece The molten metal of the second workpiece serves as filler for this joint
For braze welding, the workpieces being joined are set up the same way as they would be for welding while the gap is filled with
molten braze
Table Low-Alloyed Steel Welding
,
.
..
.
1.
2. Low-Alloyed Steel Welding Technology
The system welds low-alloyed steel with thicknesses of 0.5 mm (0,02 inch) and up without restriction to thickness.
Welding modes are shown in Table 1.
2
36
8
13