TOPWELL

PowerCUT-130H

Classical, Reliable, Powerful, wildly used for Manual cutting, Gouging or even CNC cutting

Application:

Home workshop

Metal workshops

Light fabrication,

Repair and maintenance

These Materials:

Mild Steel

Brass

Copper

Aluminum

Input Power:

340V-460V ,3-Phase

Amperage Range: 30-130A

Rated Output at 40℃ (104℉):

130A @60% Duty Cycle

Weight: 45KG

Excellent Cutting Performance

A powerful 60% duty cycle to handle long time production cutting in the toughest environments.

Optional HF or Non-HF plasma Torch, more flexible.

The torch is versatile and durable enough to handle a variety of jobs.

Finish jobs faster with cut speeds two and three times greater than other traditional cutting process.

Speed less time on secondary operations due to superior cut and gouge capacity.

Topwell’s long-life consumable deliver operating cost that is less than half the competition.

Reduce costs with long consumable life and more uptime.

High power efficiency lowers energy consumption.

TOPWELL Certified reliability ensures performance in the most demanding environment.

Powercool design cools internal components more effectively for long system life and improved uptime.

General View Of Control Panel

1.Ammeter/Voltmeter Display

2.Encoder Control

3.Mode:2T(STD)/4T(HOLD)

Cutging Capacity (Carbon Steel)

Capacity	Thickness	Thickness
Recommended cut	35mm	500mm/min
Severance（Hand cutting）	55mm	125mm/min
Pierce*	18mm

*Pierce rating for handheld or with CNC torch height control

Gouge capacity	Removal rate	Groove profile
Plasma gougingn
Typical gouge	8.8kg/h	5.8mm Dx 7.1mm W

Non-HF Arc Ignition System

Torch off.

By pressing the trigger the torch will be fed by the current thus causing a temporary short circuit betweenelectrode and tip.

The air then pushes up the small piston, thuscreating, between the electrode and the tip, the distance needed to strike the pilot arc

By positioning the torch on the part to be cut, theplasma arc will strike..

Torches with pilot arc cut in without high frequency.

Less electromagnetic disturbance, with consequent absence of problems for any electronic, radio, television, telephone and computer systems in the vicinity of the cutting positions. Less electric stress on the torch - and on the respective connecting cables - due to the absence of the high voltage necessary for striking the arc Greater simplicity in comparson with other torches(without high frequency) on the market,with a consequent decrease of the risks of jamming in the mechanical pneumatic movement for striking the arc. Subject to wear (electrode, tips, nozzles, diffusers etc.), thanks to the better cooling of the torch obtained by reducing the insulating thicknesses (without endangering the safety parameters).