Specifications

2
1
3
4
5
6
7
8
Introduction
Compliance
Manufacturer’s Undertakings
Storage, Transportation, and Operating Conditions
Application, Specifications
What’s Included
Specifications and Operating Principle
Torch
Torch Operating Principle
Power Supply
Controls
Safety
Operating Safety Precautions
Workstation Equipment
Cutting
Setup
Indirect Arc Cutting
Direct Arc Cutting
Operation Closeout
Welding, Brazing, Braze Welding, and Soldering
Setup
Indirect Arc Welding
Direct Arc Welding
Soldering, Brazing, and Braze Welding
Operation Closeout
System Maintenance
Torch Disassembly
orch AssemblyT
Power Supply Maintenance
Torch Maintenance
Questions and Answers
Troubleshooting Techniques
Process Attachment
To :
-,
- 1 5-2 0 ,
-
c.
.
().
produce high-quality cuts in different metals
avoid transverse torch motion with respect to the cut
maintain a constant clearance of . . mm (0.06-0.08 inches) between torch nozzle and metal being worked
select torch translation rate such that a spot of light is always visible on the backer plate under the cut and maintain this rate
onstant
- control dross influx by leaning the torch slightly to the side
Cutting quality may be improved by using different supports and compasses from "What's included" which may be installed onto
torch using a clamp bracket see "What's included"
-.
-(
.
.
Install clamp bracket onto torch and secure with coupling screw
Install ball support into clamp bracket see ‘What’s included’) to make the clearance between torch nozzle and workpiece about 2
mm (0,08 inches) with nozzle upright and secure with screw on bracket
Use compass from "What's included" instead of ball support to cut round holes
8
44
When cutting, keep in mind that the unit’s plasma jet is supposed to remove molten metal through the cut
This requires cuts to be initiated at the workpiece edge If this should prove impossible from the process standpoint, a hole must be
drilled to be used for cut initiation For thin sheet metal, “punch-through” cutting may be used where the initial hole is obtained by
burning through the metal When using “punch-through” cutting, protect the torch from backwash and sparks until a through hole is
obtained This is accomplished by holding the torch at less than 90 degrees to the workpiece surface at the start of the “punch-
through” procedure Please note, that it is not possible to achieve a high-quality cut using the “punch-through” technique
.
.
.
.
.
. .