Plasma Cutter - 120 A - 400 V - 45 mm

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Product highlights

120 A / 400 V
45 mm cutting depth
LCD display
HF-Ignition
IGBT

Outstanding performance—120 A at 60% DC, 93 A at 100%
Effective—modern IGBT inverter technology
Proven—contactless ignition by means of high frequency
Powerful—cutting depths up to 45 mm, depending on the metal
Max. control—clear control panel with LCD display

High-performance plasma cutter with 5 m hose package

The S-CUTTER 120C plasma cutter from Stamos Power² gives you active support when cutting metal materials. It offers plenty of power reserves for cutting thick metal materials using air plasma. The plasma cutting device is impressive with its special features, such as; a powder-coated sheet steel housing, high cost-effectiveness and first-class cutting power.

S-CUTTER 120C—sophisticated welding technology combined with a high cutting performance

With a cutting depth for carbon steel of up to 45 mm, the plasma cutter is just as equipped for demanding tasks in repair and renovation as it is for efficient use in production or the workshop. The high performance is made possible by the particularly reliable IGBT inverter technology. You can select the external compressor according to your requirements and circumstances and set the air pressure for plasma cutting via the external pressure reducer. This proves the unit to be very flexible and easy to transport.

With a power-on time of 60%, the cutting current is 120 A. With a working range between 30 and 120 A, the Stamos Power² provides the necessary flexibility when selecting the cutting current. All values are shown precisely on the LCD display. The high-frequency ignition works without contact and is extremely reliable. For an optimal kerf, the device offers a gas post-flow time of 10 s. The air blows the kerf clean and prevents contamination during the cut, while the cutting torch is cooled at the same time.

The plasma cutter from Stamos Power² works with a 400 V three-phase operating voltage and cuts workpieces from a wide variety of metal materials. This includes low- and high-alloy steels as well as the non-ferrous metals aluminium, copper and titanium. With a 5 m long plasma hose in connection with the 3 m long grounding cable, the plasma cutter offers a high degree of freedom of movement.

The power unit of the plasma cutting device is protected against damage by fan cooling and overheating protection. The cutting torch is cooled by the compressed air. The powder-coated steel casing reliably protects the technology in the device, a handle facilitates the transport of the plasma cutter.

Model

S-CUTTER 120C

Condition

New

Function

Plasma cutting

Input voltage

400V

Rated input current

18,1 A

Input current, max.

27,8 A

Rated input power

18,2 kVA

Input power, max.

19,4 kVA

Open-circuit voltage

340 V

Cutting current

30 - 100 A

Duty cycle

60 %

Cutting current at 100 % DC

93 A

Cutting current at 60 % DC

120 A

Air lag time

10 s

Ignition

High frequency (HF)

Casing cooling

Fan

Cooling distiller

Air

Length, grounding cable

3 m

Length plasma cable

5 m

Length, power cable

3 m

Max. cutting depth

45 mm

Efficiency

85 %

Power factor

0.93

Insulation Class

Protection class

IP21S

Conformity to standards

EN61558-1/EN61558-2-16

Dimensions (LxWxH)

65 x 40 x 58 cm

Weight

37 kg

Shipping dimensions (LxWxH)

75 x 50 x 68 cm

Shipping weight

42,8 kg

Manual

Download PDF

Delivery Package

Plasma cutter S-Plasma 120C
Plasma cable assembly with torch (5 m)
Grounding cable (3 m)
Pressure regulator
Air hose (3 m)
Instruction manual

IGBT

IGBT = insulated-gate bipolar transistor. IGBT is a bipolar transistor with an insulated gate electrode. This semi-conducting device is being increasingly used in power electronics because it combines the advantages of two transistor types: the easy controls of the field effect transistor and the fast switching and high breakdown voltage of the bipolar transistor. The IGBT also offers some robustness against short circuits because it limits the electrical continuity. IGBTs are a further development of MOSFET technology.

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VENTILATORS

Powerful fans ensure an optimal removal of heat from the unit.

GAS/AIR CONNECTION

For plasma cutting, a gas is required with which the molten metal is blown away from the work surface. Compressed air is a common solution for this. For this purpose, the plasma cutter has a compressor connection.

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EARTHING SYSTEM

On the back of every welding machine is a screw with an earthing mark. Before use, earth the unit via a cross-section cable, which must be at least 6 mm².

CUTTING TORCH CONNECTION

SUPPLY VOLTAGE

This device works with a 3-phase connection (400 V +/- 10 %).

NON-CONTACT HF-IGNITION

A non-contact high-frequency ignition in TIG mode ensures a cleaner weld starting point.

GAS POST-FLOW TIME

The time after the weld is finished in which gas continues to flow from the torch; this cools the burner and protects the weld from oxidation.

2-STROKE

Start the weld by placing pressure on the torch button. Stop the process by releasing the button.

4-STROKE

By pressing the torch button the solenoid valve opens. allowing the gas to flow in. The gas pre-flow ignites the arc at the pre-set current. Releasing the burner button initiates a rise in the current to that of the pre-set welding current. The welding process stops once you press the burner button again.

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PLASMA CUTTING

The plasma arc melts the metal and the kinetic energy of the compressed air blows the metal aside.

DISPLAY

Shows the welding / cutting parameters.

OVERLOAD / FAULT LED

The LED light indicates overheating or a malfunction.