Description
Presentation – Film
Welder Fantasy JET TIG III AC/DC 200 3in1 IGBT PFC PLASMA + parker tig handle
ThesechnoloIGBT – Insulated Gate Bipolar Transistor – gia. is a modern technology based based on Bipolar transistors with an isolated gate. It combines the ease of control of transistors p ol wire with high breakdown voltage and switching speed tranzistors bipolar. The use of IGBT technology has the effect of significantly extending the reliable operation of welding equipment . | |
High efficiency of the device 60%. |
Welder Fantasy JET TIG III industrial equipment is a microprocessor-based welding source based on IGBT technology, suitable for welding carbon steel, stainless steel, acid-resistant steel, copper, brass, magnesium, titanium, all aluminum alloys and plasma cutting.
“WELDER FANTASY” IS A PROTECTED AND REGISTERED TRADEMARK -. see the Certificate of Protection document
The 230-volt machines are equipped with a PFC (Power Factor Correction) module – allowing the power factor to be increased to a value as close to 1 as possible to reduce losses in industrial lines.
The top-of-the-line device sets new standards among AC/DC welding machines, and the user-friendly control panel ensures the selection of all necessary operating parameters.
Welder was awarded at the IX International Fair of Technologies and Equipment for Welding Kielce 2014
The JET TIG III AC/DC 200 welder allows you to work in modes:
TIG DC lift-arc – In the TIG (Tungsten Inert Gas) method, an electric arc is struck in a shield of inert gas (argon) between the workpiece and an infusible electrode made of pure tungsten or tungsten with additives. In TIG lift-arc mode, the arc is struck when the electrode comes into contact with the workpiece. In TIG DC mode, the current is constant. |
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TIG DC HF – In order to completely eliminate the possibility of contamination of the weld with tungsten, it is recommended that the electrode does not touch the workpiece being welded; for this very purpose, non-contact arc ignition is used using high-frequency discharges generated by the built-in ionizer. | |
TIG DC PULS lift-arc – arc ignition is performed by contacting the electrode with the material to be welded, the pulse function allows welding thin parts by periodically changing the current. | |
TIG DC PULS HF – non-contact HF ignition using an ionizer in TIG DC PULS mode. | |
TIG AC lift-arc – a function that allows the welding of aluminum through the use of alternating current, which has the function of cathodic cleaning when welding aluminum. With the ability to set the AC BALANCE parameter, the AC current balance, it is possible to adjust the ratio of the duration of its phases in relation to each other. | |
TIG AC HF – an analogous function that allows welding aluminum with alternating current, the ignition occurs non-contact through high-frequency current generated by an ionizer. | |
TIG AC PULS lift-arc – welding in this mode is a combination of AC and pulse application, which allows welding of very thin aluminum parts. The arc is engaged by contact between the electrode and the material to be welded. | |
TIG AC PULS HF – a function that allows you to weld parts made of aluminum with a small thickness. Non-contact ignition thanks to the use of an ionizer. | |
TIG AC + DC – ADVANCED AC function allows welding with mixed current AC DC- In a single cycle, there is a transition between AC current and DC current with negative polarity DC(-). This cycle repeats throughout the welding process. Mixed current welding, is particularly useful when joining parts of different thicknesses. It also reduces, noise emissions compared to AC welding. | |
PLASMA CUT – a function that allows you to cut electrically conductive parts made of carbon and alloy steels, aluminum and its alloys, brass, copper, as well as cast iron | |
MMA DC+ – The MMA method uses a covered electrode, consisting of a metal core covered with a lagging. An electric arc is produced between the end of the electrode and the material to be welded. The arc is ignited by touching the end of the electrode to the material to be welded. MMA DC+ means welding with positive polarity – more heat is released in the material and less in the electrode. | |
MMA DC- – the difference with MMA DC+ is that the polarity in the MMA DC- mode is negative, so the heat distribution is reversed – more heat is released on the electrode and less in the welded material. | |
MMA VRD DC+ – available in MMA DC+ mode, the VRD function ( Voltage Reduction Device – a module that reduces the rest (idle) voltage of the secondary circuit of the device. Increases safety and reduces the risk of electric shock. The function turns the welding power off and on when the resistance between the electrode tips and the workpiece is measured during welding. | |
MMA VRD DC- – available in MMA DC- mode, the VRD ( Voltage Reduction Device) function works in an analogous way to MMA VRD DC+, the difference is the negative polarity. |
The following welding modes are possible with all TIG methods:
* LIFT-ARC (2T and 4T) Arc Ignition,
* HF Non-STIC Arc Ignition (2T and 4T),
* Remote Control Pedal Arc Ignition.
NEW ADDED PANEL FEATURES:
– AC/DC EASY SETUP – ABILITY TO USE PRE-PROGRAMMED FACTORY SETTINGS
– NORMAL SETUP – WELDING PARAMETERS SET ACCORDING TO INDIVIDUAL NEEDS
– CHOICE OF WAVEFORM
* ADVANCED SQUARE – rectangular.
* SOFT SQUARE – trapezoidal.
* TRIANGULAR – triangular.
* SINE – sinusoidal
– ADVANCED AC – MIXED CURRENT AC DC
– FULL CONTROL OF MMA
– PFC
– VRD
– HOT START TIME
– HOT START AMPS
– PLASMA CUTTING FUNCTION
– PLASMA PILOT ARC (HF)
– GAS TEST
DEVICE FEATURES:
* compact, compact design,
* small size and low weight,
* IGBT transistors,
* 60% efficiency,
* easy-to-use control panel,
* LCD display of welding parameters,
* LCD display of an individual program,
* ability to save the full 9 programs,
* A very wide range of welding functions:
– HF – the device is equipped with an ionizer, which allows a non-contact look into the welding arc.
– PRE and POST GAS – gas outflow before and after welding.
– UP and DOWN SLOPE – rising and falling welding current.
– STANDARD AC/DC – pulsed current function, is mainly used when welding thin parts (even 0.1mm thick), metals with low melting point such as lead, or welding in forced positions. Other advantages of pulsed current welding are a smaller heat affected zone, greater stability of the welding arc, and greater depth of fusion and improved appearance of the weld face.
– ADVANCED AC – AC DC- mixed current welding. In a single cycle, there is a transition between AC current and DC current with negative polarity DC(-). This cycle repeats throughout the welding process. Mixed current welding, is particularly useful when joining parts of different thicknesses. It also reduces, noise emissions compared to AC welding.
– HOT START – a function that increases the current when the welding arc is struck, making it easier to start welding.
– ARC FORCE – a function that stabilizes the welding process by maintaining the welding arc voltage value, regardless of its length, and facilitates control over the amount of spatter.
PANEL FUNCTIONS:
* MMA current,
* AC TIG current,
* DC TIG current, PULSE,
* pre-gas, post-gas,
* rise and fall of current,
* HOT START,
* MMA ARC FORCE,
* 2-TA and 4-TA,
* HF non-contact and LIFT contact ignition,
* remote control connectivity,
* dual-function ADJUST knob (coarse and fine adjustment).
* choice of waveform:
ADVANCED SQUARE – rectangular AC waveform allows welding of aluminum with magnesium addition | |
SOFT SQUARE – trapezoidal AC waveform is used for welding aluminum with silicon additives | |
TRIANGULAR – the triangular current waveform setting is optimal for welding thin parts, including anodized aluminum | |
SINE – sinusoidal waveform is recommended for welding 99.999% pure aluminum |
THE COMPLETE SET INCLUDES:
– Welder Fantasy JET TIG III AC/DC 200 IGBT welder,
– PARKER SUREGRIP SGT26 FLEX TIG SRT 26-4m welding chuck – with adjustable welding current,
– 3m mass holder,
– 3m electrode holder,
– P80-4m plasma holder,
– additional consumable components (nozzles, connectors, sleeves, electrodes),
– plasma torch cart,
– compressed air filter-reducer,
– Operating instructions and warranty card.
TECHNICAL DATA:
Supply voltage | 1~230V 50 Hz |
TIG/MMA power consumption | 6 kVA |
Delayed protection min. | 20A type C |
Class of insulation | F |
Enclosure protection grade | IP21S |
Dimensions | 575*230*435 mm |
Weight | 27 kg |
TIG PARAMETERS. | |
DC TIG welding current range | 3-200 A |
TIG AC welding current range | 5-200 A |
TIG efficiency 60% | 200 A |
TIG efficiency 100% | 160 A |
Waveform | Rectangular, trapezoidal, triangular, sinusoidal |
AC frequency control | 20-250 Hz |
Current balance in AC mode | 5%-90% |
Gas start / end AC/DC mode | 0-25 / 0-50 s |
Initial / final current DC mode | 5-200 / 3-200 A |
Initial / final current AC mode | 5-200 A |
Rise / fall time AC/DC mode | 0-25 s / 0-25 s |
AC/DC pulse base | 3-100% |
AC/DC pulse duration | 5%-95% |
Frequency of mixed current Advanced AC | 0.1-10 Hz |
Pulse current frequency Standard DC | 0.1-500 Hz |
Pulsating current frequency Standard AC Square (rectangular) | 0.1-250 Hz |
Pulse current frequency Standard AC Soft Square, Triangular, Sine | 0.1-10 Hz |
TIG arc ignition function | HF (ionizer) / LIFT |
MMA PARAMETERS | |
MMA / VRD MMA idle voltage | 70 / 21 V |
MMA DC+ / DC- welding current range | 20-160 A |
MMA efficiency 60% | 160 A |
MMA efficiency 100% | 130 A |
ARC FORCE | 0-100% |
HOT START TIME | 0-2 s |
HOT START AMPS | 0-100% |
PLASMA PARAMETERS | |
Cutting current range | 20-50 A |
PLASMA efficiency 60% | 50 A |
PLASMA efficiency 100% | 40 A |
Thickness of cut | 12 mm |
Air consumption | 150-300 l/min |