Inverter Plasma Cutting Machine
Product description: Untouch Start System– Smooth Arc-Striking with HF Control. Continuous adjustment of cutting current. Rapid Arc Restrike– Quality narrow cutting and excellent travel speed. Function Post Gas for effective cooling of the cutting torch. Competitive Cutting Thickness(Carbon...
There are large-scale applications in custom car workshops as well as in car manufacturers' custom chassis and body manufacturing. Construction companies use plasma cutting machines for large-scale engineering to cut and manufacture large beams and sheet metal parts. When the customer is locked outside the door, the unlocking master can use a plasma cutter to drill holes in the safe area.
Plasma is a gas that is heated to a very high temperature and is highly ionized. It transfers the arc power to the workpiece. High heat causes the workpiece to melt and be blown off, forming a working state of plasma arc cutting.
After the compressed air enters the torch, two channels are distributed from the air chamber to form a plasma gas and an auxiliary gas. The plasma gas arc acts to melt the metal, while the auxiliary gas cools the various components of the torch and blows away the molten metal.
The cutting power supply consists of two parts: the main circuit and the control circuit. The electrical principle block diagram is shown in the figure:
The main circuit consists of a contactor, a three-phase power transformer with high leakage resistance, a three-phase bridge rectifier, a high frequency arc ignition coil and protection components. The high-leakage resistance is caused by the steep external power characteristics. The control circuit completes the entire cutting process through the push button switch on the torch:
Pre-ventilation - main circuit power supply - high frequency arcing - cutting process - arc - stop.
The power supply of the main circuit is controlled by the contactor; the short-circuit of the gas is controlled by the solenoid valve; the control circuit controls the high-frequency oscillator to ignite the arc, and stops the high frequency after the arc is established.
Rated input voltage /frequency
Single Phase 220V土 15%
Three Phases 380V±15% 50/60Hz
Rated input capacity (KVA)
Rated input current (A)
Rated output voltage (V)
Output current range (A)
Output no load voltage (V)
Rated duty cycle (%)
Air pressure (M p a)
Max cutting thickness(mm)
Best cutting thickness(mm)
Enclosure protection class
Exterior size L x W x H (mm)
Untouch Start System– Smooth Arc-Striking with HF Control.
Continuous adjustment of cutting current.
Rapid Arc Restrike– Quality narrow cutting and excellent travel speed.
Function Post Gas for effective cooling of the cutting torch.
Competitive Cutting Thickness(Carbon Steel) - Recommended thickness: 15mm.
Cool Operation, Long Consumable Life–Cutting accessories with competitive price and performance.
Engine Drive Compatible– Wide range for input voltage,Select a suitable Engine Drive in remote locations.
Auto-Protection against Low air pressure, over-voltage, over-current and over-heated.
Energy Saving - Compared with the traditional cutting machine more efficient.