This type of this torch we use imported raw materials and engineer-well
This type of torch have been manufactured by precision alloy die casting of engineer-well equipment. All of there independent research and production.
This plasma torch is for plasma butt welding with smart shape, consisted of thermal elements and nozzle and the water cooling system located inside. It is safe to deal with by both hand and automatic. Due to the small and deft, it is carefree to enter the place where other tool hard to go. Because the low power, it is fair to welding dainty work pieces.
Operation Tip: During the working, the angle of plasma and torch between 80-110 is recommended. If the angle is overlarge, the splash would be as well.
Angle Setting: When the angle of plasma torch and work piece is the caster angle (the arc always is toward to welded parts), the welding bead is narrow, melting pool is deep and the formation is not good. When it is the front rake, it would get a wide welding beam, melting pool is shallow and good formation.
Safety & Maintenance: It is safe to apply when it is welding by hand and there is a holder for it. Avoid contacting the nozzle as it is working. Sometimes, the nozzle would be blocked by powder; it is essential to clean termly. When the welder stops working, it is required to rest 10 minutes to put away after cutting power.
Technical Specifications
Parameter
Specification
Mode
PT8013-HQ
Main Arc
Water-electricity integration
Tungsten electrode-Workpiece
Negative-Positive
Mode of Tungsten
2.4
Arc Voltage
90V
Welding Current
3-80A 90% temporary load rate
Pilot Arc
Water-electricity integration
Tungsten-Nozzle
Negative-Positive
Pilot Arc Current
3-20A 100% Temporary load rate
Mode Powder feeding
Aggregate
Volume Powder feeding
Max. 50g/Min
Gas Powder feeding
1.0-3.0L/min
Type Powder
Alloy Powder
Size Powder
70-200um
Passage Powder feeding
Single gas passage
Cooling
Main arc cooling
Ion gas
0.5-2L/min
Shield gas
5-25L/min
Nozzle Cooling
Water cooling indirectly
Diameter Nozzle
0.8-2.5 mm
Length Cable
4 m (customized available)
Frequently Asked Questions
What is the recommended angle during welding operation?
A torch angle between 80 to 110 degrees is recommended during operation. Setting an overlarge angle can increase welding splash.
How do caster angle and front rake angle affect the welding formation?
Using a caster angle makes the welding bead narrow and the melting pool deep, but formation is not optimal. Using a front rake angle results in a wider welding beam, a shallow melting pool, and a good overall formation.
What maintenance is required for the plasma torch nozzle?
The nozzle can sometimes become blocked by feeding powder. It is essential to clean the nozzle termly (regularly) and avoid contact with the nozzle during active operation.
How should the device be handled after stop working?
When the welder stops working, it is required to rest for 10 minutes to cool down before putting the equipment away after cutting off the power.
What kind of cooling and powder feeding systems does it use?
The torch features indirect water cooling for the nozzle and main arc cooling. For powder feeding, it uses a single gas passage mode to feed alloy powder (70-200um) up to a max volume of 50g/Min.
Duomu
