The Welder Fantasy TRIO 230 DUAL PULSE device is a multifunctional 3-in-1 inverter welder with the ability to weld in shielding gas using the following methods: MIG/MAG, TIG with a non-consumable electrode, as well as MMA.

"WELDER FANTASY" IS A PROTECTED AND REGISTERED TRADEMARK OF THE FACHOWIEC COMPANY.

The Welder Fantasy TRIO 230 DUAL PULSE device, in a new and improved version, is a modern inverter power source offering many possibilities for welding operations. Its main advantage is the ability to weld using single or double pulse current in MIG or MAG mode as well as the possibility of using synergic settings.

Reliability and a wide range of applications ensure that the devices meet the expectations of even the most demanding users.

The multifunctional inverter welding semi-automatic machine Welder Fantasy TRIO 230 DUAL PULSE, equipped with a 4-roll professional wire feeder of a new generation, is designed for manual arc welding of metals and metal alloys using the following methods:

• MIG/MAG with double pulse option,
• MIG/MAG with single pulse option,
• MIG/MAG,
• FCAW,
• SPOT – spot welding,
• TIG DC-lift,
• TIG DC-lift with pulse option,
• MMA.

Thanks to the use of modern IGBT technology and high-quality components, the TRIO DUAL PULSE 230 devices are ideally suited for professional welding work in industries such as automotive, metal structures, and many others.

IGBT Technology – Insulated Gate Bipolar Transistor – is a modern technology based on bipolar transistors with an insulated gate. It combines the ease of control of field-effect transistors with high breakdown voltage and fast switching speed of bipolar transistors. The use of IGBT technology significantly extends the reliable operating life of welding devices.

MIG/MAG – Arc welding with shielding gases is one of the most commonly used processes for manufacturing welded structures. The semi-automatic welding process involves melting the edges of the welded workpiece and the consumable electrode material with the heat of an electric arc burning between a solid wire electrode and the welded part, in an inert or active gas shield.

MIG PULSE – an advanced form of welding that uses the most efficient methods of transferring molten electrode material to the welded workpiece. Unlike short-circuit welding, pulsed welding does not produce spatter or cold laps. Welding positions in pulse mode are not limited, as they derive from globular or spray transfer modes, making them significantly more efficient. By cooling the spray arc process, pulsed MIG expands the welding range, while reduced heat input prevents burn-through of thin materials. MIG PULSE is one of the best welding processes for a wide range of applications and metal types.

MIG DOUBLE PULSE – Welding using the MIG/MAG double pulse method provides a high-quality weld face appearance (scale effect). Additionally, automatic wire feeding increases welding efficiency. The MIG/MAG double pulse method allows adjustment of current pulsation (pulse balance) and wire feed speed. This improves the appearance of the weld. During MIG/MAG double pulse welding, current pulses occur in two ranges. The sequential system of the devices automatically combines two pulse levels: hot and cold.

The benefits of using the MIG/MAG double pulse method include:

• MIG/MAG double pulse welding is faster than TIG welding.
• MIG/MAG double pulse welding achieves high aesthetics comparable to TIG welding.
• MIG/MAG double pulse welding causes less distortion than TIG welding.

AUTO – synergic settings – automatic adjustment of welding parameters such as arc voltage and current as well as wire feed speed. Using a single knob, the user simultaneously adjusts all the listed parameters.

FCAW – Thanks to the polarity change function, it is possible to weld without shielding gas using self-shielded FCAW wire. This method uses self-shielded flux-cored wire for welding (in all positions) steels of normal and increased strength not exceeding 510 MPa. The self-shielded wire can be used in single- and multi-pass welding processes, with power sources featuring both flat and drooping characteristics. The wire is intended for general production work, also in field conditions, and for welding structures where impact strength requirements are not specified. Welding current DC(-).

TIG DC LIFT – welding with a tungsten electrode in an inert gas shield. This method enables welding of all types of steel, i.e. carbon, alloy, stainless, acid-resistant steels, as well as copper alloys such as bronze or brass.

TIG DC LIFT with pulse option – arc ignition occurs by contact of the electrode with the welded material; the pulse function allows welding of thin elements through periodic changes in current intensity.

MMA – a method that uses a coated electrode consisting of a metal core covered with flux. The welder feeds the electrode as it melts into the welded workpiece to maintain a constant arc length while moving its melting end along the weld line. The device allows welding with all types of electrodes, such as basic, cellulose, rutile, or acidic.

MMA VRD – the VRD (Voltage Reduction Device) function available in MMA mode reduces the open-circuit voltage of the secondary circuit. It increases safety and reduces the risk of electric shock. The function switches welding power on and off when resistance between the electrode and the welded element is detected during welding.

ADDITIONAL FUNCTIONS:

• Brazing – after selecting CuSi wire type, the device enables brazing, mainly used in the automotive industry for joining galvanized sheets.
• Inductance adjustment in MIG/MAG mode – properly selected welding inductance reduces spatter. It depends on wire diameter, shielding gas, welding current, and welding position. Lower inductance stabilizes and concentrates the arc, while higher inductance produces a smoother weld pool and reduces spatter. Correctly selected inductance is characterized by a stable arc, uniform transfer of molten metal droplets, constant weld pool size, and a characteristic repetitive sound without spatter or explosions.
• SAVE / LOAD – the device allows saving and later restoring user programs. The device memory can store 10 individual user programs.
• SPOT spot welding – a timed welding function used for tack welding, allowing uniform weld lengths.
• Arc ignition via: 2-step – two-stroke, 4-step – four-stroke, Special 4-step – special four-stroke, used for welding aluminum alloys in double pulse mode.
• GAS PREFLOW – adjustment of gas flow time before arc ignition,
• GAS POSTFLOW – adjustment of gas flow time after arc extinction,
• HOT START – arc ignition with higher current and voltage compared to the main welding current,
• BURN BACK – adjustment of wire burn-back length behind the gas nozzle,
• START CURRENT – start current in TIG mode,
• SLOPE UP TIME – time of current rise from start current to main welding current,
• SLOPE DOWN TIME – time of current decrease from main welding current to end current (crater filling),
• END CURRENT – end current,
• HOT START – a function that facilitates welding start. At the moment of arc ignition, the welding current is temporarily increased to heat the material and electrode at the contact point and properly shape the penetration and weld face in the initial phase of welding.
• ARC FORCE – a function that stabilizes the arc by maintaining arc voltage regardless of its length and helps control spatter.

DEVICE FEATURES:

• compact, solid construction
• small dimensions and low weight
• IGBT transistors
• efficiency 30%
• easy-to-use control panel
• LCD display of welding parameters
• possibility of MIG PULSE welding
• possibility of MIG DOUBLE PULSE welding
• possibility of TIG DC-LIFT welding
• possibility of FCAW welding
• possibility of MMA welding
• BRAZING
• four-roll wire feeder
• synergic settings
• inductance adjustment in MIG/MAG mode
• industrial plug 230V 32A

SET EQUIPMENT:

• welding power source Welder Fantasy TRIO 230 DUAL PULSE,
• MIG/MAG welding torch PARKER MB15 3 m,
• TIG welding torch PARKER type SRT-26 flex 4 m,
• gas nozzle, collet, connector for TIG torch,
• electrode holder cable 2 m,
• ground cable 2 m,
• shielding gas hose with quick connector 3 m,
• rollers in feeder 0.8–1.0 U for aluminum,
• 4 additional rollers 1.0–1.2 U for aluminum,
• 2 additional rollers 0.6–0.8 V for steel,
• 2 additional rollers 1.0–1.2 V for steel,
• chipping hammer with brush,
• welding mask,
• user manual in Polish and warranty card.

TECHNICAL DATA:

Files for download:

User manual TRIO 230