Specifications
3S. pecification and Operating Principle
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The Multiplaz-3500 portable plasma system is a source of low-temperature plasma
obtained by heating process fluid placed in the
torch prior to operations The system is designed for continuous operation (duty cycle of
The system has a plasma torch and a power supply
to ionization temperature vapors of a
31T
.
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. orch
The torch is a primary system component which generates low-temperature plasma
The torch is made up of the following components
8. Process Attachment
1. .
2. .
3. .
4. .
5. .
6. .
7. .
8. .
General Recommendations for New Welders
Low-Alloyed Steel Welding Technology
Aluminum Alloy Welding Technology
Stainless Steel Welding and Brazing Technology
Cast Iron Welding Technology
Copper and Copper-Base Metal Welding and Brazing Technology
Dissimilar Metal Welding, Brazing, and Braze Welding Technology
Metal and Non-Metal Cutting Technology
The Multiplaz-3500 ystem is used to produce permanent joints of various metals by welding, brazing, braze welding, and soldering
Low-alloyed and stainless steel, aluminum alloys, copper, copper-base metals and cast iron can be welded In most cases,
permanent joints of both aluminum alloys and stainless steel can be produced without using shielding gases The system produces
quality welds in any position
Caution
To operate in inaccessible locations such as when welding pipes 15 mm, i.e. 0.6 inch, from a wall , use a nozzle with a “slanted”
orifice Spare Parts Kit
Use special lubricant (available from authorized dealers) to reduce metal splatter accumulation on nozzle exterior
General Recommendations for New Welders
Place “burning” torch at metal joint and cause workpiece edges to melt simultaneously to form a common molten metal bath Move
torch along joint at a rate sufficient o keep the metal molten while holding the nozzle a constant distance away from the workpiece
Heat (melting) is controlled by the distance between nozzle and workpiece
For MODE I welding, plume temperature
For MODE II welding, the greater the clearance from the workpiece, the longer and the more intense the arc and the more intense
the heating of the metal
When the MODE I indicator is in positions 1 and 2 special emphasis must be placed on cathode and inner nozzle surface cleanliness
Sections As the nozzle wears out hole diameter
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1.
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(see 6.4, 6.5). (
the greater the clearance from the workpiece, the lower
increases , the torch may become unstable when the MODE I
indicator is in position 1. If that is the case, move MODE I indicator to position
)
2.
8
14
3
35
Start Button
Filling Neck Cap
Cathode Assembly
Fixation Hole
with Protective Cap
Nozzle
Cap
Torch Connector
Metal
Housing
Evaporator
Cathode Assembly
Cathode
Assembly
Retaining
Screw
Quartz Tube
Cathode
Spring
Plastic Housing
Protective
Tip